mhurhangee/ep-ind-claims huggingface dataset:
A method for fabrication of super-hydrophobic film sheet, comprising the steps of: (a) cleaning a surface of a silicon wafer; (b) coating the surface of the silicon wafer with photoresist using a spin coater, then soft-baking it; (c) exposing the structure made by step (b) using a mask aligner; (d) developing using photoresist developer; (e) perform PDMS molding over the upper side of the structure made by the step (d); and (f) removing the photoresist using acetone to complete the super-hydrophobic film sheet, wherein the coating and soft-baking in the step (b) is performed three times using an oven, with different period of curing on each soft-baking, to make the thickness of photoresist higher and to make an end portion of photoresist first cured, wherein PDMS in the step (e) is coated over the upper side of the structure made by the step (d) using the spin coater and soft-baking of PDMS is performed three times using a vacuum oven, with different period of time for curing on each soft-baking, and wherein the period of time of the curing is controlled so that the inside of the photoresist is not completely cured even after the three times of soft-baking is performed. (a) cleaning a surface of a silicon wafer; (b) coating the surface of the silicon wafer with photoresist using a spin coater, then soft-baking it; (c) exposing the structure made by step (b) using a mask aligner; (d) developing using photoresist developer; (e) perform PDMS molding over the upper side of the structure made by the step (d); and (f) removing the photoresist using acetone to complete the super-hydrophobic film sheet,
A method for initiating an action to take on behalf of a voice conference, the method characterized in comprising: a voice conference service system for executing of a voice conference action on the voice conference sending a trigger setup message to a presence trigger system; upon receiving the trigger setup message the presence trigger system establishing a notification trigger on an availability status for a potential conferee of the voice conference for determining when the voice conference service system should take action, where the notification trigger specifies a physical presence state or a media aggregation state for the potential conferee; the presence trigger system receiving a presence update for the potential conferee from a presence server and determining whether the presence update satisfies the notification trigger; and when the presence update satisfies the notification trigger: the presence trigger system initiating execution of the voice conference action on the voice conference. a voice conference service system for executing of a voice conference action on the voice conference sending a trigger setup message to a presence trigger system; upon receiving the trigger setup message the presence trigger system establishing a notification trigger on an availability status for a potential conferee of the voice conference for determining when the voice conference service system should take action, where the notification trigger specifies a physical presence state or a media aggregation state for the potential conferee; the presence trigger system receiving a presence update for the potential conferee from a presence server and determining whether the presence update satisfies the notification trigger; and when the presence update satisfies the notification trigger: the presence trigger system initiating execution of the voice conference action on the voice conference.
A mesh-shaped, porous electric current density distributor for use with an electrode having an active surface, the current density distributor being adapted for providing electric current to an active layer of the electrode, which active layer is provided to contact a face of the current density distributor, wherein the current density distributor comprises a porous mesh having a plurality of electrically conductive paths (5, 15, 25), wherein at least part of the electrically conductive paths (5, 25) extend along a first direction the current density distributor, characterized in that the porous mesh comprises in a second direction crosswise to the first direction a plurality of first paths of an electric insulator, and in that a current carrying capacity of the current density distributor in the second direction is smaller than the current carrying capacity in the first direction, wherein the porous mesh comprises a plurality of open spaces between the electrically conductive paths and/or the insulating paths, the open spaces being arranged to provide porosity to the mesh.
A shock assembly comprising: a main chamber comprising a working fluid therein; a damping piston coupled to a piston shaft, said damping piston disposed in said main chamber to divide said main chamber into a compression side fluid chamber and a rebound side fluid chamber; and an automatic ride height adjustment assembly comprising: an internal floating piston pump assembly; and a spring preload piston assembly; characterized in that said IFP pump assembly comprises: an IFP to separate said working fluid from a compressible fluid in an IFP fluid chamber; a pump fixedly located within said IFP fluid chamber; a fluid reservoir to provide said working fluid to said pump, said working fluid in said fluid reservoir fluidly separated from said working fluid in said main chamber; and a fluid pathway to provide said working fluid from said pump to said spring preload piston assembly. a main chamber comprising a working fluid therein; a damping piston coupled to a piston shaft, said damping piston disposed in said main chamber to divide said main chamber into a compression side fluid chamber and a rebound side fluid chamber; and an automatic ride height adjustment assembly comprising: an internal floating piston pump assembly; and a spring preload piston assembly; an internal floating piston pump assembly; and a spring preload piston assembly; characterized in that said IFP pump assembly comprises: an IFP to separate said working fluid from a compressible fluid in an IFP fluid chamber; a pump fixedly located within said IFP fluid chamber; a fluid reservoir to provide said working fluid to said pump, said working fluid in said fluid reservoir fluidly separated from said working fluid in said main chamber; and a fluid pathway to provide said working fluid from said pump to said spring preload piston assembly. an IFP to separate said working fluid from a compressible fluid in an IFP fluid chamber; a pump fixedly located within said IFP fluid chamber; a fluid reservoir to provide said working fluid to said pump, said working fluid in said fluid reservoir fluidly separated from said working fluid in said main chamber; and a fluid pathway to provide said working fluid from said pump to said spring preload piston assembly.
Threaded tubular connection comprising: a tubular female end extending from a main body of a first tubular member, the tubular female end comprising - a female external thread between a female shoulder (18, 24) and a female free end, and - a female internal thread, such that the female shoulder is a female intermediate shoulder located between the female external thread and the female internal thread, a tubular male end extending from a main body of a second tubular member, the tubular male end comprising - a male external thread, a male internal thread and a male shoulder, said male external thread is configured to interlock by thread engagement with the female external thread, said male internal thread is configured to interlock by thread engagement with the female internal thread, and characterised in that the tubular male end comprises a first machined inner surface of the male end close to the male free end, a second inner diameter above at least one thread root of the male external thread such that the second inner diameter is smaller than a first inner diameter of the first machined inner surface. a tubular female end extending from a main body of a first tubular member, the tubular female end comprising - a female external thread between a female shoulder (18, 24) and a female free end, and - a female internal thread, such that the female shoulder is a female intermediate shoulder located between the female external thread and the female internal thread, - a female external thread between a female shoulder (18, 24) and a female free end, and - a female internal thread, such that the female shoulder is a female intermediate shoulder located between the female external thread and the female internal thread, a tubular male end extending from a main body of a second tubular member, the tubular male end comprising - a male external thread, a male internal thread and a male shoulder, said male external thread is configured to interlock by thread engagement with the female external thread, said male internal thread is configured to interlock by thread engagement with the female internal thread, and - a male external thread, a male internal thread and a male shoulder, said male external thread is configured to interlock by thread engagement with the female external thread, said male internal thread is configured to interlock by thread engagement with the female internal thread, and characterised in that the tubular male end comprises a first machined inner surface of the male end close to the male free end, a second inner diameter above at least one thread root of the male external thread such that the second inner diameter is smaller than a first inner diameter of the first machined inner surface.
A portable electronic device, comprising: a front cover forming a front face of the portable electronic device; a rear cover forming a rear face of the portable electronic device; a bezel (220, 312) surrounding a space formed by the front cover and the rear cover, the bezel (220, 312) being disposed along an outer periphery of the portable electronic device and being a separate element from the front cover and the rear cover; a display device embedded in the space and including a screen region that is exposed through the front cover; a metal structure extending from the bezel (220, 312) to the space and including a first face facing the front cover and a second face facing the rear cover, at least a portion of the metal structure being integrally formed with the bezel (220, 312); a non-metal structure positioned within the space and partially overlapping with the metal structure, the non-metal structure including a first surface facing the front cover and a second surface facing the rear cover; a metal filler extending from the first surface to the second surface of the non-metal structure through a portion of the non-metal structure and including a first end portion adjacent to the first surface and a second end portion adjacent to the second surface; wherein at least one of the first end portion and the second end portion are aligned to be coplanar with a portion of the first surface and a portion of the second surface, respectively; and a plurality of protrusions disposed along an outer peripheral surface of the metal filler and molded as non-metal members. a front cover forming a front face of the portable electronic device; a rear cover forming a rear face of the portable electronic device; a bezel (220, 312) surrounding a space formed by the front cover and the rear cover, the bezel (220, 312) being disposed along an outer periphery of the portable electronic device and being a separate element from the front cover and the rear cover; a display device embedded in the space and including a screen region that is exposed through the front cover; a metal structure extending from the bezel (220, 312) to the space and including a first face facing the front cover and a second face facing the rear cover, at least a portion of the metal structure being integrally formed with the bezel (220, 312); a non-metal structure positioned within the space and partially overlapping with the metal structure, the non-metal structure including a first surface facing the front cover and a second surface facing the rear cover; a metal filler extending from the first surface to the second surface of the non-metal structure through a portion of the non-metal structure and including a first end portion adjacent to the first surface and a second end portion adjacent to the second surface; wherein at least one of the first end portion and the second end portion are aligned to be coplanar with a portion of the first surface and a portion of the second surface, respectively; and a plurality of protrusions disposed along an outer peripheral surface of the metal filler and molded as non-metal members.
A method for a mobile communication device (102, 202) having a display (104, 204) capable of transmitting optical pulses for data communication from the display, comprising: determining, by a proximity module of the mobile communication device (102, 202), a proximity possibility of one or more barcode scanners being proximal to the mobile communication device (102, 202), the determining being in accordance with processing predetermined criteria, the determining further being to generate one or more bit time mix choices of scan rate frequencies based on the proximity possibility; processing the bit time mix choices based upon the determining; and transmitting optical pulses for data communication in accordance with the bit time mix choices of scan rate frequencies. determining, by a proximity module of the mobile communication device (102, 202), a proximity possibility of one or more barcode scanners being proximal to the mobile communication device (102, 202), the determining being in accordance with processing predetermined criteria, the determining further being to generate one or more bit time mix choices of scan rate frequencies based on the proximity possibility; processing the bit time mix choices based upon the determining; and transmitting optical pulses for data communication in accordance with the bit time mix choices of scan rate frequencies.
A method of reporting a channel state in a multi-carrier system, the method comprising: receiving, by a user equipment, UE, from a base station, an uplink grant which includes an uplink resource allocation and a channel quality indicator, CQI, request regarding a list of downlink component carriers; and if a downlink component carrier of the list is in a deactivated state, transmitting channel state information, CSI, including a CQI with respect to at least one activated downlink component carrier of the list and not transmitting a CQI with respect to the deactivated downlink component carrier. receiving, by a user equipment, UE, from a base station, an uplink grant which includes an uplink resource allocation and a channel quality indicator, CQI, request regarding a list of downlink component carriers; and if a downlink component carrier of the list is in a deactivated state, transmitting channel state information, CSI, including a CQI with respect to at least one activated downlink component carrier of the list and not transmitting a CQI with respect to the deactivated downlink component carrier.
A method carried out in a master evolved NodeB, eNB, for small-cell handover, wherein a control plane connection and a data plane connection are established between a User Equipment, UE, and the master eNB, to which a macro cell belongs, a data plane connection is established between the UE and a secondary eNB to which a source small cell belongs and to which the UE is accessed, and the secondary eNB is connected to the master eNB; characterized by comprising: acquiring, by the master eNB, a measurement result of a radio signal reported by the UE, and acquiring load information of the secondary eNB; and selecting for the UE, by the master eNB, according to the measurement result of a radio signal reported by the UE, a neighbouring small cell as a target small cell, wherein the neighbouring small cell has a signal quality and a load satisfying requirements of the UE, when the master eNB determines that quality of a signal between the UE and the source small cell is below a first preset threshold according to the measurement result, or when the master eNB determines that a load of the source small cell is above a second preset threshold according to the acquired load information of the secondary eNB, or when a handover request to switch the UE to leave the source small cell is received from the source small cell; and indicating, by the master eNB, the UE to switch to the target small cell, wherein bearers of the UE for the source small cell are switched to the target small cell, while bearers of the UE for the master eNB of the macro cell are kept unchanged. acquiring, by the master eNB, a measurement result of a radio signal reported by the UE, and acquiring load information of the secondary eNB; and selecting for the UE, by the master eNB, according to the measurement result of a radio signal reported by the UE, a neighbouring small cell as a target small cell, wherein the neighbouring small cell has a signal quality and a load satisfying requirements of the UE, when the master eNB determines that quality of a signal between the UE and the source small cell is below a first preset threshold according to the measurement result, or when the master eNB determines that a load of the source small cell is above a second preset threshold according to the acquired load information of the secondary eNB, or when a handover request to switch the UE to leave the source small cell is received from the source small cell; and indicating, by the master eNB, the UE to switch to the target small cell, wherein bearers of the UE for the source small cell are switched to the target small cell, while bearers of the UE for the master eNB of the macro cell are kept unchanged.
A method for sterilising packaged or partially packaged or partially sealed consumable items, such as in particular plastic opening and/or closing elements for subsequent use with drink or food packaging, by means of a treatment agent having a disinfectant, wherein a plurality of unpackaged consumable items are stored together for a specified time in a container and in that the inside of the container is treated with a predetermined quantity of the treatment agent, characterised in that a treatment carrier, treated with sterilisation agent, being introduced into the container.
A semi-crystalline polyester comprising a repeat unit of the formula: wherein A is an aliphatic, aromatic, or heterocyclic group; R 1 is selected from the group consisting of 1,4-butanediol residue and 1,4-cyclohexanedimethanol residue; R 2 is neopentanediol residue; m is between 50 and 99 inclusive; n is between 1 and 50 inclusive; x is between 1 and 200 inclusive; and wherein said semi-crystalline polyester exhibits a minimum crystallization half-time of about 0.3 minutes or greater, measured as indicated in the description.
An arrangement for a chromatography column comprising: a stand provided with a platform adapted to receive a second end of a tubular housing of the chromatography column and for supporting the arrangement on the floor; an adaptor assembly movable within said tubular housing; a first end unit having a first end connected to a frame and an opposite second end removably connectable to a first end of the tubular housing; and an adaptor rod connectable to said adaptor assembly, which adaptor rod is arranged to extend through an opening in the first end unit; characterised in that the frame and the first end unit can be lifted and lowered in a substantially vertical direction relative to the stand where the tubular housing rests, allowing the tubular housing to be removed and substituted for another tubular housing with different diameter in relation to the removed tubular housing when the frame and the first end unit are lifted, wherein the first end unit is adapted to be connectable to different tubular housings with different diameters, wherein the adaptor rod is removably connected to said adaptor assembly, so that the adaptor assembly may be removed and substituted for another adaptor assembly adapted to the substituted tubular housing. a stand provided with a platform adapted to receive a second end of a tubular housing of the chromatography column and for supporting the arrangement on the floor; an adaptor assembly movable within said tubular housing; a first end unit having a first end connected to a frame and an opposite second end removably connectable to a first end of the tubular housing; and an adaptor rod connectable to said adaptor assembly, which adaptor rod is arranged to extend through an opening in the first end unit; characterised in that the frame and the first end unit can be lifted and lowered in a substantially vertical direction relative to the stand where the tubular housing rests, allowing the tubular housing to be removed and substituted for another tubular housing with different diameter in relation to the removed tubular housing when the frame and the first end unit are lifted, wherein the first end unit is adapted to be connectable to different tubular housings with different diameters, wherein the adaptor rod is removably connected to said adaptor assembly, so that the adaptor assembly may be removed and substituted for another adaptor assembly adapted to the substituted tubular housing.
A ceiling-embedded air conditioner, comprising: a box-shaped main unit that includes an air blower, a heat exchanger, and a drain pan and is disposable in a ceiling of an air conditioning room; and a decorative panel that is attached to a bottom surface of the main unit along a ceiling surface of the air conditioning room, the decorative panel being provided with an air suction part and an air blowing part, wherein the heat exchanger includes at least two heat exchange parts of a front heat exchange part and a rear heat exchange part, the front heat exchange part and the rear heat exchange part are disposed in the main unit so as to face each other, an air blowing chamber is provided between the front heat exchange part and the rear heat exchange part, a first air suction chamber is provided outside the rear heat exchange part, a second air suction chamber is provided outside the front heat exchange part, and the air suction part is disposed on a side of the first air suction chamber, and the air blower is housed in the air blowing chamber, a bottom surface of the air blowing chamber is closed by the drain pan, characterized in that the ceiling-embedded air conditioner is arranged such that an air guide path is formed from the air suction part to the second air suction chamber on a side of the front heat exchange part between the decorative panel and the drain pan. a box-shaped main unit that includes an air blower, a heat exchanger, and a drain pan and is disposable in a ceiling of an air conditioning room; and a decorative panel that is attached to a bottom surface of the main unit along a ceiling surface of the air conditioning room, the decorative panel being provided with an air suction part and an air blowing part, wherein the heat exchanger includes at least two heat exchange parts of a front heat exchange part and a rear heat exchange part, the front heat exchange part and the rear heat exchange part are disposed in the main unit so as to face each other, an air blowing chamber is provided between the front heat exchange part and the rear heat exchange part, a first air suction chamber is provided outside the rear heat exchange part, a second air suction chamber is provided outside the front heat exchange part, and the air suction part is disposed on a side of the first air suction chamber, and the air blower is housed in the air blowing chamber, a bottom surface of the air blowing chamber is closed by the drain pan, characterized in that the ceiling-embedded air conditioner is arranged such that an air guide path is formed from the air suction part to the second air suction chamber on a side of the front heat exchange part between the decorative panel and the drain pan.