mhurhangee/ep-ind-claims huggingface dataset:
A device for the destabilization of a mixture having a first lipophilic component and a second hydrophilic component and the application of the destabilized mixture to a dermal surface, said device comprising: a) means to generate at least two destabilizing energy forms wherein the first destabilizing energy form is a surface energy destabilizing energy form and wherein the surface energy destabilizing energy form is generated by a first material that (i) generates a surface energy at between 1,000-1,200 mJ/m 2 and (ii) is capable of producing the second destabilizing energy form as mechanical shear force at between 400 Pa and 12,000 Pa; and b) a means to generate at least one enriching energy form that is a surface energy enriching energy form and wherein the surface energy enriching energy form is generated by a second material that generates a surface energy at between 10-100 mJ/m 2 c) an applicator surface to contact a dermal surface wherein the means for generating the destabilizing energy forms of part (a) and the surface energy enriching energy form of part (b) are the materials that form the applicator surface of part (c). a) means to generate at least two destabilizing energy forms wherein the first destabilizing energy form is a surface energy destabilizing energy form and wherein the surface energy destabilizing energy form is generated by a first material that (i) generates a surface energy at between 1,000-1,200 mJ/m 2 and (ii) is capable of producing the second destabilizing energy form as mechanical shear force at between 400 Pa and 12,000 Pa; and b) a means to generate at least one enriching energy form that is a surface energy enriching energy form and wherein the surface energy enriching energy form is generated by a second material that generates a surface energy at between 10-100 mJ/m 2 c) an applicator surface to contact a dermal surface
Protective garment comprising: - a belt, adapted to be positioned around the waist of a user, - two leggings, each legging comprising an upper portion intended to be wrapped around a user's thigh, a lower portion intended to be wrapped around a user's calf, and an intermediate portion connecting the upper and lower portions, - a plurality of airbags for safety, and - a triggering device adapted to trigger inflation of the airbags, characterized in that the intermediate portion of each legging has a notch adapted to come over the front of the user's knee when the legging is in position around the user's leg, and in that the upper portion and lower portion of each legging each comprise at least one airbag arranged adjacent to the notch of the intermediate portion. - a belt, adapted to be positioned around the waist of a user, - two leggings, each legging comprising an upper portion intended to be wrapped around a user's thigh, a lower portion intended to be wrapped around a user's calf, and an intermediate portion connecting the upper and lower portions, - a plurality of airbags for safety, and - a triggering device adapted to trigger inflation of the airbags, characterized in that the intermediate portion of each legging has a notch adapted to come over the front of the user's knee when the legging is in position around the user's leg, and in that the upper portion and lower portion of each legging each comprise at least one airbag arranged adjacent to the notch of the intermediate portion.
A poppet valve for a piston compressor, comprising a cage, a valve body with a multiplicity of inlet ducts, wherein each inlet duct opens into a valve seat, and comprising a multiplicity of closing elements which are movable in an axial direction, wherein each inlet duct is assigned a closing element, and wherein the valve seat is arranged so as to be situated opposite the associated closing element in the axial direction in such a way that the valve seat is closable by the closing element, wherein a spring is arranged between the cage and the closing element in order to subject the closing element to a preload force directed toward the valve seat, wherein the closing element comprises a closing head and a guide section, wherein the closing head and the guide section follow one another in the axial direction, wherein the closing head has a face side which widens in the axial direction in the direction toward the guide section up to a maximum circumference, wherein the maximum circumference has a circumference central point (M F), characterized in that on the cage, there is arranged a guide part which extends in the axial direction, which extends at least partially inside the closing element, and in that the closing element is guided movably in the axial direction on the guide part, in that the closing element, proceeding from the guide section, has a guide interior space which extends in the axial direction into the interior of the closing element in the direction of the closing head and in which the guide part also extends,, and in that the guide interior extends at least so far in the direction towards the closing head that the circumferential centre (M F) comes to lie within the guide interior.
A method of wireless communication, comprising: receiving at least one frame from at least one wireless device; generating a block acknowledgment, BA, frame (200, 300) comprising a BA bitmap (218, 320) based on the received at least one frame, wherein the BA frame is a compressed BA frame or a multi-station BA frame, the BA frame comprising a fragment number field (220, 322) and a bitmap length indicator (230, 330) within the fragment number field in a unified mapping that indicates the length of the BA bitmap within the compressed BA frame or the multi-station BA frame; transmitting the generated BA frame to the at least one wireless device; and receiving a BA request frame, BAR, requesting the BA frame for the at least one frame, the BAR frame comprising a second fragment number field and a second bitmap length indicator within the second fragment number field that indicates the length of the BA bitmap within the BA frame, wherein the BA frame is generated based on the received BAR frame. receiving at least one frame from at least one wireless device; generating a block acknowledgment, BA, frame (200, 300) comprising a BA bitmap (218, 320) based on the received at least one frame, wherein the BA frame is a compressed BA frame or a multi-station BA frame, the BA frame comprising a fragment number field (220, 322) and a bitmap length indicator (230, 330) within the fragment number field in a unified mapping that indicates the length of the BA bitmap within the compressed BA frame or the multi-station BA frame; transmitting the generated BA frame to the at least one wireless device; and receiving a BA request frame, BAR, requesting the BA frame for the at least one frame, the BAR frame comprising a second fragment number field and a second bitmap length indicator within the second fragment number field that indicates the length of the BA bitmap within the BA frame, wherein the BA frame is generated based on the received BAR frame.
A method for radio resources usage reporting in a LTE network, said method comprising a LTE cellular base station reporting radio resources usage information regarding its resource assignment in a current LTE frame emitted or to be emitted thereby, said radio resources usage reporting comprising slot usage reporting for slots of the downlink subframes of the current LTE frame, wherein the method is characterised in that said radio resources usage reporting further comprises subframe usage reporting for uplink subframes of the current LTE frame and/or a subsequent LTE frame, wherein said subframe usage reporting comprises performing, for every downlink subframe of the current LTE frame, the steps of: determining uplink usage information indicating if an uplink subframe is almost blank or used, and including said uplink usage information within said downlink subframe of the current LTE frame itself, wherein said usage information is included in the first slot of said downlink subframe of the current LTE frame; wherein said slot usage reporting comprises performing, for every downlink subframe of the current LTE frame, the steps of: determining, if only one slot within said downlink subframe is blank or almost blank, downlink usage information indicating which one of the first and second slots within said subframe is blank or almost blank, and including said downlink usage information within said downlink subframe, wherein said downlink usage information is included in the first slot of said downlink subframe.
A method of performing scanning by a mobile station for a broadband wireless access system, the method comprising: receiving a first primitive by a medium access control, MAC, entity of the mobile station from a Network Control Management System, NCMS, of the mobile station, the first primitive used for requesting to send a scanning request message (MOB_SCN-REQ) to a base station, wherein the NCMS is an independent management entity in communication with a protocol stack comprising data, control, and management planes of the broadband wireless access system, wherein the first primitive comprises scan duration information which indicates a scan duration for the mobile station aiming to perform a scanning procedure; transmitting the scanning request message (MOB_SCN-REQ) to the base station; receiving a scanning response message (MOB_SCN-RSP) in response to the scanning request message (MOB_SCN-REQ) from the base station; sending a second primitive by the MAC entity to the NCMS, the second primitive including a scan duration and a scan start frame for the mobile station to perform the scanning procedure in accordance with the received scanning response message; receiving a third primitive by the MAC entity from the NCMS, the third primitive used for requesting to perform the scanning procedure; performing the scanning procedure; and sending a fourth primitive by the MAC entity to the NCMS of the mobile station, the fourth primitive including a result of the scanning procedure and media independent handover, MIH, capability information indicating if a MIH function is supported by the scanned base stations. receiving a first primitive by a medium access control, MAC, entity of the mobile station from a Network Control Management System, NCMS, of the mobile station, the first primitive used for requesting to send a scanning request message (MOB_SCN-REQ) to a base station, wherein the NCMS is an independent management entity in communication with a protocol stack comprising data, control, and management planes of the broadband wireless access system, wherein the first primitive comprises scan duration information which indicates a scan duration for the mobile station aiming to perform a scanning procedure; transmitting the scanning request message (MOB_SCN-REQ) to the base station; receiving a scanning response message (MOB_SCN-RSP) in response to the scanning request message (MOB_SCN-REQ) from the base station; sending a second primitive by the MAC entity to the NCMS, the second primitive including a scan duration and a scan start frame for the mobile station to perform the scanning procedure in accordance with the received scanning response message; receiving a third primitive by the MAC entity from the NCMS, the third primitive used for requesting to perform the scanning procedure; performing the scanning procedure; and sending a fourth primitive by the MAC entity to the NCMS of the mobile station, the fourth primitive including a result of the scanning procedure and media independent handover, MIH, capability information indicating if a MIH function is supported by the scanned base stations.
A heating device comprising: a burner for generating combustion exhaust gas by burning downward; a heat exchanger connected to a lower end of the burner and having a cylindrical body for flowing the combustion exhaust gas from the burner downward; an exhaust duct connected to a lower end of the heat exchanger; and a packing provided at a connection portion between the heat exchanger and the exhaust duct, wherein the exhaust duct includes an exhaust collecting portion for receiving the combustion exhaust gas flowing out from the lower end of the heat exchanger and an exhaust guiding portion communicating with the exhaust collecting portion and extended upward in a state close to a side of the cylindrical body of the heat exchanger, characterized in that the exhaust collecting portion includes a connection opening forming an inner peripheral wall, into which a cylindrical outlet side connection portion at a downstream end of the heat exchanger is fitted, and a groove provided on an outer peripheral side than the inner peripheral wall of the connection opening, and the packing includes a seal portion sandwiched in a compressed state between the inner peripheral wall of the connection opening in the exhaust collecting portion and an outer peripheral wall of the cylindrical outlet side connection portion in the heat exchanger to form a seal and an anchor portion inserted into the groove of the exhaust collecting portion. a burner for generating combustion exhaust gas by burning downward; a heat exchanger connected to a lower end of the burner and having a cylindrical body for flowing the combustion exhaust gas from the burner downward; an exhaust duct connected to a lower end of the heat exchanger; and a packing provided at a connection portion between the heat exchanger and the exhaust duct, wherein the exhaust duct includes an exhaust collecting portion for receiving the combustion exhaust gas flowing out from the lower end of the heat exchanger and an exhaust guiding portion communicating with the exhaust collecting portion and extended upward in a state close to a side of the cylindrical body of the heat exchanger, characterized in that the exhaust collecting portion includes a connection opening forming an inner peripheral wall, into which a cylindrical outlet side connection portion at a downstream end of the heat exchanger is fitted, and a groove provided on an outer peripheral side than the inner peripheral wall of the connection opening, and the packing includes a seal portion sandwiched in a compressed state between the inner peripheral wall of the connection opening in the exhaust collecting portion and an outer peripheral wall of the cylindrical outlet side connection portion in the heat exchanger to form a seal and an anchor portion inserted into the groove of the exhaust collecting portion.
A system for optimizing viewing assets, the system comprising: a processor; and a computer-readable medium storing instructions that are operative when executed by the processor to: obtain a viewing asset; generate a decimation request for decimation of the obtained viewing asset; responsive to generating the decimation request, receive a set of decimation files generated by decimation of the viewing asset, in which the decimation files have different polygon counts; based at least on the set of decimation files, generate a plurality of image previews for display as selectable options corresponding to the decimation files for selection by a user; display the selectable options for selection by a user; receive a user selection of one of the options; and output a converted viewing asset, the converted viewing asset being converted based on the selected option. a processor; and a computer-readable medium storing instructions that are operative when executed by the processor to: obtain a viewing asset; generate a decimation request for decimation of the obtained viewing asset; responsive to generating the decimation request, receive a set of decimation files generated by decimation of the viewing asset, in which the decimation files have different polygon counts; based at least on the set of decimation files, generate a plurality of image previews for display as selectable options corresponding to the decimation files for selection by a user; display the selectable options for selection by a user; receive a user selection of one of the options; and output a converted viewing asset, the converted viewing asset being converted based on the selected option. obtain a viewing asset; generate a decimation request for decimation of the obtained viewing asset; responsive to generating the decimation request, receive a set of decimation files generated by decimation of the viewing asset, in which the decimation files have different polygon counts; based at least on the set of decimation files, generate a plurality of image previews for display as selectable options corresponding to the decimation files for selection by a user; display the selectable options for selection by a user; receive a user selection of one of the options; and output a converted viewing asset, the converted viewing asset being converted based on the selected option.
A manufacturing and managing method of an anti-counterfeiting component including a certain shape and certain peripheral borders, said method comprising the steps of: - generating on behalf of a certain company a native QR-CODE including a certain information about a certain product, said native QR-CODE being obtained by way of a first computer program on the basis of said certain information, said method being characterised by the steps of: - generating, by way of a second computer program a polychrome QR-CODE by randomly associating colors and shades to said certain information of said native QR CODE, - storing the polychrome QR-CODE in a database, - printing on a bearing layer said stored polychrome QR-CODE, - generating by way of a printing program graphics including several geometric shapes and/or highlights, - printing a mechanically removable patina comprising said graphics over an area greater than or at least equal to that covered by said polychrome QR-CODE, - applying a plurality of half cuts at least partially on the edges of the component so as to prevent, in use, after applying the component to the product, a removal from the product without tearing the component. - generating on behalf of a certain company a native QR-CODE including a certain information about a certain product, said native QR-CODE being obtained by way of a first computer program on the basis of said certain information, said method being characterised by the steps of: - generating, by way of a second computer program a polychrome QR-CODE by randomly associating colors and shades to said certain information of said native QR CODE, - storing the polychrome QR-CODE in a database, - printing on a bearing layer said stored polychrome QR-CODE, - generating by way of a printing program graphics including several geometric shapes and/or highlights, - printing a mechanically removable patina comprising said graphics over an area greater than or at least equal to that covered by said polychrome QR-CODE, - applying a plurality of half cuts at least partially on the edges of the component so as to prevent, in use, after applying the component to the product, a removal from the product without tearing the component. - generating, by way of a second computer program a polychrome QR-CODE by randomly associating colors and shades to said certain information of said native QR CODE, - storing the polychrome QR-CODE in a database, - printing on a bearing layer said stored polychrome QR-CODE, - generating by way of a printing program graphics including several geometric shapes and/or highlights, - printing a mechanically removable patina comprising said graphics over an area greater than or at least equal to that covered by said polychrome QR-CODE, - applying a plurality of half cuts at least partially on the edges of the component so as to prevent, in use, after applying the component to the product, a removal from the product without tearing the component.
A needle assembly storage device comprising: a housing having an opening adapted to receive an injection device; an array of needle assembly storage compartments moveably disposed within the housing; an actuator adapted to cause movement of the array, wherein actuation of the actuator aligns a given needle assembly compartment with the opening; a door disposed on the housing and adapted to selectively cover the opening characterized in that the door is movable between a closed position covering the opening and an open position in which the opening is uncovered, and wherein the door is biased in the closed position. a housing having an opening adapted to receive an injection device; an array of needle assembly storage compartments moveably disposed within the housing; an actuator adapted to cause movement of the array, wherein actuation of the actuator aligns a given needle assembly compartment with the opening; a door disposed on the housing and adapted to selectively cover the opening characterized in that the door is movable between a closed position covering the opening and an open position in which the opening is uncovered, and wherein the door is biased in the closed position.
A motion picture camera system for frequency prefiltering comprising: a shutter having variable opacity configured to vary an amount of light incident on a digital image sensor based on an electronic control signal, the shutter comprising a liquid crystal and being positioned in an image path before the image sensor; an electronic drive system configured to generate the electronic control signal to control the opacity of the shutter to vary the amount of light incident on the image sensor so that, during a frame of exposure, the opacity of the shutter exhibits transitional values other than fully transparent and fully opaque and varies to reduce a response of a modulation transfer function of the shutter above a Nyquist frequency; and wherein the system is configured to synchronize the electronic drive system with frame acquisition of the image sensor, so as to reduce temporal aliasing. a shutter having variable opacity configured to vary an amount of light incident on a digital image sensor based on an electronic control signal, the shutter comprising a liquid crystal and being positioned in an image path before the image sensor; an electronic drive system configured to generate the electronic control signal to control the opacity of the shutter to vary the amount of light incident on the image sensor so that, during a frame of exposure, the opacity of the shutter exhibits transitional values other than fully transparent and fully opaque and varies to reduce a response of a modulation transfer function of the shutter above a Nyquist frequency; and wherein the system is configured to synchronize the electronic drive system with frame acquisition of the image sensor, so as to reduce temporal aliasing.