mhurhangee/ep-ind-claims huggingface dataset:
Non-therapeutic use of an activated aluminium sesquichlorohydrate (AASCH) for reducing malodour caused by Staphylococci on the surface of human body, characterised in that the AASCH comprises a water-soluble calcium salt, an amino acid and aluminium sesquichiorohydrate (ASCH) of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 4.9 Cl 1.1.
A method for controlling a play-out of a media data stream at a receiving device, the media data stream comprising one or more programs and each program comprising one or more program components, the method being performed by a sending device and comprising - defining a zone description for a media zone for at least one program of said one or more programs or at least one program component of said one or more program components in the media data stream, the zone description identifying the media zone for said at least one program or said at least one program component in the media stream, - associating the zone description to a program specific information data segment, the program specific information data segment being a part of the media data stream and comprising data specifying information at least with regard to said at least one program or said at least one program component, and - transmitting the media data stream towards the receiving device, wherein: in the defining step: - the media zone is a segment of the media stream that has special properties, and - the media data stream is a transport stream according to the Moving Pictures Expert Group-2, MPEG-2, transport stream, TS, format; and in the associating step: - the program specific information data segment is a Program Map Table, PMT of the transport stream, wherein the zone description is included in a private table of the transport stream, and wherein the PMT is associated to the private table and the zone description included therein via a first Packet Identifier, PID. - defining a zone description for a media zone for at least one program of said one or more programs or at least one program component of said one or more program components in the media data stream, the zone description identifying the media zone for said at least one program or said at least one program component in the media stream, - associating the zone description to a program specific information data segment, the program specific information data segment being a part of the media data stream and comprising data specifying information at least with regard to said at least one program or said at least one program component, and - transmitting the media data stream towards the receiving device, - the media zone is a segment of the media stream that has special properties, and - the media data stream is a transport stream according to the Moving Pictures Expert Group-2, MPEG-2, transport stream, TS, format; and - the program specific information data segment is a Program Map Table, PMT of the transport stream, wherein the zone description is included in a private table of the transport stream, and wherein the PMT is associated to the private table and the zone description included therein via a first Packet Identifier, PID.
A cooking device comprising an upper plate, whereon the cooking container is placed, a lower plate disposed below the upper plate, at least one heater disposed between the upper plate and the lower plate and at least one securing spring - disposed between the heater and the lower plate, - serving to fasten the heater to the lower plate, - having a body seated on the lower plate and a supporter whereon the heater is mounted, - comprising an expansion surface that extends between the body and the supporter and a resting surface that extends from the body towards the heater so as be opposite the expansion surface, almost clasping the heater from outside, wherein more than one securing hole (10, 110) are disposed on the lower plate of the cooking device serving to fasten each securing spring to the lower plate, and the securing spring has at least two feet (11, 111), disposed on the body, extending in different directions and clasping the lower plate from below by being passed through the securing holes (10,110), characterized by a retainer disposed under the heater, having a slot through which the resting surface is passed. - disposed between the heater and the lower plate, - serving to fasten the heater to the lower plate, - having a body seated on the lower plate and a supporter whereon the heater is mounted, - comprising an expansion surface that extends between the body and the supporter and a resting surface that extends from the body towards the heater so as be opposite the expansion surface, almost clasping the heater from outside,
Microscopic zoom system, comprising a microscope objective with a large working distance and a zoom following the microscope objective, in which a pupil limitation takes place and an apochromatic correction is achieved, - the microscope objective consisting of three optical elements G1, G2 and G3, wherein the latter are arranged and characterized starting from the object plane as follows: - the first element G1 consists of three lenses cemented together and satisfies the focal length condition f' obj < f' G 1 < 3 f' obj, wherein, for the first element G1, firstly a positive lens made of a highly refractive material is present, followed by a negative lens with a comparatively lower refractive index, - the second element G2 consists of three lenses cemented together and satisfies the focal length condition 2.5 * f' obj < | f' G 2 | < 8.5 * f' obj, and - the third element G3 consists of two lenses cemented together and satisfies the focal length condition | f' G 3 | > 5 * f' obj. - the microscope objective consisting of three optical elements G1, G2 and G3, wherein the latter are arranged and characterized starting from the object plane as follows: - the first element G1 consists of three lenses cemented together and satisfies the focal length condition f' obj < f' G 1 < 3 f' obj, wherein, for the first element G1, firstly a positive lens made of a highly refractive material is present, followed by a negative lens with a comparatively lower refractive index, - the second element G2 consists of three lenses cemented together and satisfies the focal length condition 2.5 * f' obj < | f' G 2 | < 8.5 * f' obj, and - the third element G3 consists of two lenses cemented together and satisfies the focal length condition | f' G 3 | > 5 * f' obj.
A core yarn manufacturing apparatus comprising a draft device inclined in such a manner that the front of the draft device is lower than the rear of the draft device with respect to a front surface of a machine frame and a core fiber supply device with a base frame, wherein the draft device drafts sheath fibers of a core yarn, wherein the core fiber feed-out path is inclined above the draft device in such a manner that the front of the core fiber feed-out path is lower than the rear of the core fiber feed-out path with respect to the front surface of the machine frame, and the core fiber supply device, characterized in that the core fiber supply device is either an elastic core fiber supply device or a filament core supply device, the filament core supply device comprising filament core yarn CFY-modules and the elastic core fiber supply device comprising elastic core yarn CSY-modules, whereby the modules are formed as individual units attachable to the base frame of the core fiber supply device, the CSY-modules are composed of a feed-out device, a yarn feeler, a first air sucker, a clamp cutter and a nozzle pipe, the CFY-modules are composed of a tenser, a yarn guide, the feeler, a second air sucker, the clamp cutter and the nozzle pipe, the feed-out device, the yarn guide and the tenser are positioned in the upper rear part of the base frame, the yarn guide guiding the filament core yarn drawn out from a CFY-package is located on the core fiber supply device, and the first air sucker and the second air sucker are selectively attachable to the base frame.
A fluid regulator for reducing excess piping pressure in a fluid distribution system, the fluid regulator comprising: a regulator body defining a first inlet, a first outlet, and a first fluid passageway between the first inlet and the first outlet; a first valve seat disposed in the first fluid passageway; a first control element movable relative to the first valve seat to co ntrol fluid flow through the first fluid passageway; a first valve stem coupled to the first control element; an actuator assembly operatively coupled to the first valve stem to control a position of the first control element; the fluid regulator being characterised in that it further comprises: a solenoid valve carried by the regulator body at a position between the first inlet and the first outlet, the solenoid valve adapted to receive a control signal indicative of zero demand downstream of the first outlet, the solenoid valve having a second control element that is movable, responsive to the control signal, between a first position, wherein the second control element is spaced from the first valve seat and substantially outside of the first fluid passageway, and a second position, wherein the second control element engages the first valve seat, such that the second control element reduces fluid flow from the first inlet to the first outlet. a regulator body defining a first inlet, a first outlet, and a first fluid passageway between the first inlet and the first outlet; a first valve seat disposed in the first fluid passageway; a first control element movable relative to the first valve seat to co ntrol fluid flow through the first fluid passageway; a first valve stem coupled to the first control element; an actuator assembly operatively coupled to the first valve stem to control a position of the first control element; the fluid regulator being characterised in that it further comprises: a solenoid valve carried by the regulator body at a position between the first inlet and the first outlet, the solenoid valve adapted to receive a control signal indicative of zero demand downstream of the first outlet, the solenoid valve having a second control element that is movable, responsive to the control signal, between a first position, wherein the second control element is spaced from the first valve seat and substantially outside of the first fluid passageway, and a second position, wherein the second control element engages the first valve seat, such that the second control element reduces fluid flow from the first inlet to the first outlet.
A staple cartridge assembly for use with a surgical stapler, comprising: a cartridge body having a plurality of staple cavities, each staple cavity having a surgical staple disposed therein; a biocompatible adjunct material releasably retained on the cartridge body and configured to be delivered to lung tissue by deployment of the staples in the cartridge body to form at least one line of deployed staples; and an effective amount of at least one medicant, the at least one medicant being disposed within and releasable from the adjunct material, the at least one medicant being effective to induce tissue adhesions adjacent the least one line of deployed staples. a cartridge body having a plurality of staple cavities, each staple cavity having a surgical staple disposed therein; a biocompatible adjunct material releasably retained on the cartridge body and configured to be delivered to lung tissue by deployment of the staples in the cartridge body to form at least one line of deployed staples; and an effective amount of at least one medicant, the at least one medicant being disposed within and releasable from the adjunct material, the at least one medicant being effective to induce tissue adhesions adjacent the least one line of deployed staples.
Tool for injection-molding plastic parts as injection-molded parts, comprising a first cavity-forming mold insert for shaping an injection-molded part and a mold core, the mold core being designed as a cutting knife for forming a predetermined breaking point in the injection-molded part, characterized in that the mold core is rotatably mounted to create a circular or arcuate predetermined breaking point and in that the mold core has an end stop surface for support against the material of the injection molded part to prevent the blade from sinking more strongly into the material when the predetermined breaking point is inserted.
A method comprising: establishing, by a managing network device (304, 614), a secure communication channel between a client network device and the managing network device (304, 614) of a communication network based, at least in part, on a client identifier of the client network device; causing the client network device to perform an account authorization process with an accounting network device in parallel with a service matching process with the managing network device (304, 614) and one or more of a plurality of service providers (306, 308, 310) of the communication network, wherein the service matching process identifies a service provider (306, 308, 310) to provide a service to the client network device; matching the client network device with the identified service provider (306, 308, 310); receiving a service voucher at the managing network device (304, 614) from the accounting network device authorizing the identified service provider (306, 308, 310) to service the client network device; and transmitting the service voucher to the identified service provider (306, 308, 310) to allow the identified service provider (306, 308, 310) to service the client network device. establishing, by a managing network device (304, 614), a secure communication channel between a client network device and the managing network device (304, 614) of a communication network based, at least in part, on a client identifier of the client network device; causing the client network device to perform an account authorization process with an accounting network device in parallel with a service matching process with the managing network device (304, 614) and one or more of a plurality of service providers (306, 308, 310) of the communication network, wherein the service matching process identifies a service provider (306, 308, 310) to provide a service to the client network device; matching the client network device with the identified service provider (306, 308, 310); receiving a service voucher at the managing network device (304, 614) from the accounting network device authorizing the identified service provider (306, 308, 310) to service the client network device; and transmitting the service voucher to the identified service provider (306, 308, 310) to allow the identified service provider (306, 308, 310) to service the client network device.
A surgical tool, comprising: a body section; a sensor section at least one of attached to or integral with said body section; and a surgical section at least one of attached to or integral with said sensor section at an opposing end of said sensor section from said body section, wherein said sensor section comprises an interferometric optical sensor defining a reference distance that changes in response to at least one of a force or a torque applied to said surgical section of said surgical tool. a body section; a sensor section at least one of attached to or integral with said body section; and a surgical section at least one of attached to or integral with said sensor section at an opposing end of said sensor section from said body section, wherein said sensor section comprises an interferometric optical sensor defining a reference distance that changes in response to at least one of a force or a torque applied to said surgical section of said surgical tool.
A seat including a power recliner and a power slide mechanism, comprising: a seat back; and a walk-in lever that releases the power recliner so that the seat back may rotate, wherein rotation of the seat back in a forward direction by a predetermined amount releases the power slide mechanism so that the seat may slide in a fore-aft direction, a connection device between the seat back and the power slide mechanism that releases the power slide mechanism, a wire clamp to which the connection device is connected and that rotates in response to movement of the connection device, characterised by a lock lever to which the wire clamp is attached and that rotates in response to movement of the wire clamp around the same axis of rotation as the wire clamp, characterized in that the seat further comprises a lead screw nut provided that is locked in place by the lock lever, and wherein in that the lock lever is assembled toward fore direction and the wire clamp is assembled toward aft direction. a seat back; and a walk-in lever that releases the power recliner so that the seat back may rotate, wherein rotation of the seat back in a forward direction by a predetermined amount releases the power slide mechanism so that the seat may slide in a fore-aft direction, a connection device between the seat back and the power slide mechanism that releases the power slide mechanism, a wire clamp to which the connection device is connected and that rotates in response to movement of the connection device, characterised by a lock lever to which the wire clamp is attached and that rotates in response to movement of the wire clamp around the same axis of rotation as the wire clamp, characterized in that the seat further comprises a lead screw nut provided that is locked in place by the lock lever, and wherein in that the lock lever is assembled toward fore direction and the wire clamp is assembled toward aft direction.
An image display device used by being mounted to a head or a face of a user, the image display device comprising: a display device configured to display an image; a waveguide (603, 1901, 2001) configured to guide the image to each of a location seen from a side of the user and a location seen from an outside of the image display device; an input operating unit with which the user conducts an input operation; a control unit configured to control display of an internal image and an external image in accordance with the input operation by the user, the internal image being seen from the side of the user, the external image being seen from the outside; and characterized in that the waveguide (603, 1901, 2001) includes a first wave plate that converts a polarization property of emitted light of the display device, a polarization beam splitter that is disposed on an optical axis of incident light of the display device and reflects or transmits the incident light in accordance with a polarization property, a second wave plate that converts and transmits a polarization property of transmitted light of the polarization beam splitter, and a mirror that reflects transmitted light of the second wave plate, and wherein the internal image is displayed with light reflecting off the polarization beam splitter among the incident light of the display device, and the external image is displayed with the transmitted light of the polarization beam splitter, the transmitted light reflecting off the polarization beam splitter via the second wave plate and the mirror. a display device configured to display an image; a waveguide (603, 1901, 2001) configured to guide the image to each of a location seen from a side of the user and a location seen from an outside of the image display device; an input operating unit with which the user conducts an input operation; a control unit configured to control display of an internal image and an external image in accordance with the input operation by the user, the internal image being seen from the side of the user, the external image being seen from the outside; and characterized in that the waveguide (603, 1901, 2001) includes a first wave plate that converts a polarization property of emitted light of the display device, a polarization beam splitter that is disposed on an optical axis of incident light of the display device and reflects or transmits the incident light in accordance with a polarization property, a second wave plate that converts and transmits a polarization property of transmitted light of the polarization beam splitter, and a mirror that reflects transmitted light of the second wave plate, and wherein the internal image is displayed with light reflecting off the polarization beam splitter among the incident light of the display device, and the external image is displayed with the transmitted light of the polarization beam splitter, the transmitted light reflecting off the polarization beam splitter via the second wave plate and the mirror.
A method of monitoring processing of traffic performed by a session management function, SMF, in 5G communication system, the method comprising: transmitting a measurement rule for a processing state of traffic to a user plane function, UPF; and receiving information on the processing state of the traffic from the UPF in response to the transmitted measurement rule, wherein the measurement rule includes a measurement place at which the processing state of the traffic is measured, and wherein the measurement place includes a group of ports among: a first port of the UPF used for input/output of the traffic with a radio access network, RAN, a second port of the UPF used for input/output of the traffic with a data network, DN, a third port of the UPF used for input/output of the traffic with another UPF connected to the SMF, and a fourth port of a module performing a predetermined function provided in the UPF. transmitting a measurement rule for a processing state of traffic to a user plane function, UPF; and receiving information on the processing state of the traffic from the UPF in response to the transmitted measurement rule, wherein the measurement rule includes a measurement place at which the processing state of the traffic is measured, and wherein the measurement place includes a group of ports among: a first port of the UPF used for input/output of the traffic with a radio access network, RAN, a second port of the UPF used for input/output of the traffic with a data network, DN, a third port of the UPF used for input/output of the traffic with another UPF connected to the SMF, and a fourth port of a module performing a predetermined function provided in the UPF.