mhurhangee/patent-ind-claim-en huggingface dataset:
Transportable sign for temporary advertising comprising a base portion , a support portion , and the display portion , wherein the display portion is configured to carry a flexible display medium to display an image (D), the display portion comprising a frame , in particular a modular and/or a self-supporting frame, at least partly surrounding the display portion and fixation means to fix the flexible display medium to the frame, wherein the fixation means comprises at least one first groove around the display portion, the first groove having opposing first groove walls and a clamp having a clamp body to be received in the first groove and thus clamp a portion of the flexible display medium between the clamp body and at least one first groove wall of the first groove, wherein the base portion is configured to position the sign , by supporting the support portion and the display portion , and wherein the support portion is configured to support the display portion , when mounted to or on the base portion ; characterised in that the frame comprises a top side , left and right sides and bottom side , joined with corner blocks , wherein inside the frame , a mounting structure is provided, comprising opposing guide rails , a bottom ring and a top cap , wherein in the bottom side an opening is provided granting access to the rails of the mounting structure and wherein the support portion comprises a post provided with guides that, when the display portion and the support portion are assembled, are slidably received in the guide rails of the display portion .
A data transmission method, applied to an apparatus (500; 900; 1200), wherein the apparatus (500; 900; 1200) is disposed in a terminal UE, is connected to a first base station over a first link, and is connected to a second base station over a second link, wherein the first base station is configured to provide a service for a master cell group, MCG, and the second base station is configured to provide a service for a secondary cell group, SCG, and the method comprises: transmitting, by the apparatus (500; 900; 1200), a first data packet over the second link; and if determining that the second link fails, sending, by the apparatus (500; 900; 1200), to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) receives a reconfiguration message from the first base station , wherein the to-be-transmitted data packets comprise a data packet whose reception is not acknowledged as a success and that is in the first data packet, and the reconfiguration message is used to indicate a reconfigured link, characterized in that the step of if determining that the second link fails, sending, by the apparatus (500; 900; 1200), to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) receives a reconfiguration message from the first base station comprises: if determining that the second link fails, sending, by the apparatus (500; 900; 1200), the to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) sends a first message to the first base station , wherein the first message is used to indicate that the second link fails. transmitting, by the apparatus (500; 900; 1200), a first data packet over the second link; and if determining that the second link fails, sending, by the apparatus (500; 900; 1200), to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) receives a reconfiguration message from the first base station , wherein the to-be-transmitted data packets comprise a data packet whose reception is not acknowledged as a success and that is in the first data packet, and the reconfiguration message is used to indicate a reconfigured link, characterized in that the step of if determining that the second link fails, sending, by the apparatus (500; 900; 1200), to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) receives a reconfiguration message from the first base station comprises: if determining that the second link fails, sending, by the apparatus (500; 900; 1200), the to-be-transmitted data packets to the first base station over the first link before the apparatus (500; 900; 1200) sends a first message to the first base station , wherein the first message is used to indicate that the second link fails.
A swimming assistance mechanism comprising: a main body fixed between the palm and the elbow; and a fin foldably installed on an outer surface of the main body , wherein the main body is formed of a soft synthetic resin material having a strength, and formed at one side thereof with an opening having a length fitted between a palm and an elbow and opened at intervals in a longitudinal direction in which a groove for exposing a base of a thumb is formed at a front palm contact part to which a hand is inserted, and the fin is formed of a durable synthetic fiber, has a U-shape spread outward from the main body except an upper portion on an outer surface of the main body arranged the arm thereon, and is fixed to a plurality of transverse and longitudinal ribs having hinges on an outer periphery of the main body , in which outer ends of the ribs are connected to a plurality of wires wound on a wire winding device at a center of the main body so as to be folded on the outer surface of the main body by elastic force due to wire-winding and unfold while the wires are pulled and released by a water current overcoming the elastic force. a main body fixed between the palm and the elbow; and a fin foldably installed on an outer surface of the main body , wherein the main body is formed of a soft synthetic resin material having a strength, and formed at one side thereof with an opening having a length fitted between a palm and an elbow and opened at intervals in a longitudinal direction in which a groove for exposing a base of a thumb is formed at a front palm contact part to which a hand is inserted, and the fin is formed of a durable synthetic fiber, has a U-shape spread outward from the main body except an upper portion on an outer surface of the main body arranged the arm thereon, and is fixed to a plurality of transverse and longitudinal ribs having hinges on an outer periphery of the main body , in which outer ends of the ribs are connected to a plurality of wires wound on a wire winding device at a center of the main body so as to be folded on the outer surface of the main body by elastic force due to wire-winding and unfold while the wires are pulled and released by a water current overcoming the elastic force.
A convective system , comprising: an inflatable convective device having a single pneumatic structure and two openings into the single pneumatic structure, wherein at least part of the inflatable convective device is air permeable; a hose manifold comprising: a hose connector configured to connect to a hose, two outlet connectors configured to connect to the two openings respectively, wherein the hose connector and the two outlet connectors are in fluid connection, characterized in that at least one of the two outlet connectors further comprises a flexible flap configured to prevent slipping of the outlet connectors out of the openings . an inflatable convective device having a single pneumatic structure and two openings into the single pneumatic structure, wherein at least part of the inflatable convective device is air permeable; a hose manifold comprising: a hose connector configured to connect to a hose, two outlet connectors configured to connect to the two openings respectively, wherein the hose connector and the two outlet connectors are in fluid connection, characterized in that at least one of the two outlet connectors further comprises a flexible flap configured to prevent slipping of the outlet connectors out of the openings . a hose connector configured to connect to a hose, two outlet connectors configured to connect to the two openings respectively, wherein the hose connector and the two outlet connectors are in fluid connection, characterized in that at least one of the two outlet connectors further comprises a flexible flap configured to prevent slipping of the outlet connectors out of the openings .
A bone plate comprising: a first plate portion having first and second ends and having a plurality of apertures , the first plate portion having a surface for contacting bone; and a frame portion comprising a second plate portion , a third plate portion , and a fourth plate portion connected together to form a generally triangular opening therebetween, the fourth plate portion extending generally parallel to the first plate portion , and the second and third plate portions meeting at an apex ; wherein the frame portion is connected to the first plate portion by first and second bridge portions , the bridge portions being free of apertures, characterized in that : the fourth plate portion has a tool aperture located thereon, the tool aperture being configured for connecting to an insertion tool. a first plate portion having first and second ends and having a plurality of apertures , the first plate portion having a surface for contacting bone; and a frame portion comprising a second plate portion , a third plate portion , and a fourth plate portion connected together to form a generally triangular opening therebetween, the fourth plate portion extending generally parallel to the first plate portion , and the second and third plate portions meeting at an apex ; wherein the frame portion is connected to the first plate portion by first and second bridge portions , the bridge portions being free of apertures, characterized in that : the fourth plate portion has a tool aperture located thereon, the tool aperture being configured for connecting to an insertion tool.
Beverage container comprising: - a cup comprising an inner wall , which delimits a receiving space for liquid that is open at a top side (O) of the cup , the cup further comprising an outer wall , an intermediate space that is open at the top side (O) being formed between the inner wall and the outer wall , and - a lid , which is removably arranged on the top side (O) of the cup such that it closes a receiving space opening and an intermediate space opening in a fluid-tight manner, characterised in that - a sensor unit is arranged in the lid for detecting a quantity of liquid withdrawn from the cup by a user, and - the lid comprises a wireless communication unit , which is configured to establish a data link to a user's mobile terminal device and to transmit the detected quantity of liquid to the user's mobile terminal device for evaluation, the sensor unit also being configured to detect harmful organic substances in the user's saliva, in particular bacteria and/or viruses in the user's saliva, and/or at least one vital parameter that can be deduced from the user's saliva. - a cup comprising an inner wall , which delimits a receiving space for liquid that is open at a top side (O) of the cup , the cup further comprising an outer wall , an intermediate space that is open at the top side (O) being formed between the inner wall and the outer wall , and - a lid , which is removably arranged on the top side (O) of the cup such that it closes a receiving space opening and an intermediate space opening in a fluid-tight manner, characterised in that - a sensor unit is arranged in the lid for detecting a quantity of liquid withdrawn from the cup by a user, and - the lid comprises a wireless communication unit , which is configured to establish a data link to a user's mobile terminal device and to transmit the detected quantity of liquid to the user's mobile terminal device for evaluation,
A method for reducing the concentration of pollutants in smoke generated by combustion, characterized in that : combustion-supporting gas is divided into two streams, wherein one stream is primary air, which accounts for 70% or more of total amount of the combustion-supporting gas, and another stream is secondary air, which accounts for 15%-30% of total amount of the combustion-supporting gas; the primary air is directly fed into a combustion furnace, and the primary air is in contact with a combustible material within the combustion furnace, wherein the combustible material is selected from one or more of waste, coal, biomass, oil, volatile matter and combustible gas; the secondary air is subjected to low-temperature plasma or microwave activation to generate chemically active particles, and then the activated secondary air is fed into the combustion furnace; and the activated secondary air is supplied into the center of the combustion flame within the combustion furnace. combustion-supporting gas is divided into two streams, wherein one stream is primary air, which accounts for 70% or more of total amount of the combustion-supporting gas, and another stream is secondary air, which accounts for 15%-30% of total amount of the combustion-supporting gas; the primary air is directly fed into a combustion furnace, and the primary air is in contact with a combustible material within the combustion furnace, wherein the combustible material is selected from one or more of waste, coal, biomass, oil, volatile matter and combustible gas; the secondary air is subjected to low-temperature plasma or microwave activation to generate chemically active particles, and then the activated secondary air is fed into the combustion furnace; and the activated secondary air is supplied into the center of the combustion flame within the combustion furnace.
An encapsulated liquid pharmaceutical formulation for orally administering progesterone to a female subject in need thereof, said pharmaceutical formulation comprising: progesterone,; 20% by weight to 80% by weight of a carrier comprising at least one C6-C14 fatty acid mono-, di-, or tri- ester of glycerol; and lauroyl macrogol-32 glycerides EP ; wherein the progesterone is present from about 20 to about 50 weight percent of the pharmaceutical formulation and wherein the progesterone is in micronized form, in solubilized form, or in micronized and partially soluble form. progesterone,; 20% by weight to 80% by weight of a carrier comprising at least one C6-C14 fatty acid mono-, di-, or tri- ester of glycerol; and lauroyl macrogol-32 glycerides EP ; wherein the progesterone is present from about 20 to about 50 weight percent of the pharmaceutical formulation and wherein the progesterone is in micronized form, in solubilized form, or in micronized and partially soluble form.
A method of forming a siloxane coating on a soda-lime-silica glass container including the steps of: (a) applying a silane coating composition to an exterior surface of a glass container, wherein the silane coating composition is an aqueous solution consisting essentially of an aminofunctional silane and water; (b) curing the silane coating composition to form a siloxane coating on the exterior surface of the glass container; and then (c) heating the glass container and the siloxane coating to a temperature in the range of 500 degrees Celsius to 700 degrees Celsius to decompose organofunctional groups attached to the siloxane coating, wherein in step (a) a silane coating composition including 0.1-35 wt. % of an aminofunctional silane, with the balance consisting essentially of water is applied. (a) applying a silane coating composition to an exterior surface of a glass container, wherein the silane coating composition is an aqueous solution consisting essentially of an aminofunctional silane and water; (b) curing the silane coating composition to form a siloxane coating on the exterior surface of the glass container; and then (c) heating the glass container and the siloxane coating to a temperature in the range of 500 degrees Celsius to 700 degrees Celsius to decompose organofunctional groups attached to the siloxane coating,
A closure for sealingly closing a neck opening of a container, the closure comprising a tubular body having a closed end and an open end and an annular tamper evidence band frangibly connected to the open end of the body , the tamper evidence band comprising a plurality of retaining cams each protruding from its inner surface and having a lead-in ramp for engaging, in use, the flange of a container neck as the neck is introduced into the open end of the body and a stop for engaging the flange to separate the tamper evidence band from the body when the closure is subsequently removed from the container, characterized in that the lead-in ramp of at least one of the retaining cams has a recess in a central portion thereof to define two or more spaced ramp portions for contacting the flange of the container neck , wherein each ramp portion has sides that taper toward one another from the stop toward an open end of the tamper evidence band .
An end cap assembly for coupling to a mixing apparatus of an atomic absorption instrument, the end cap assembly comprising: a first face capable of mating with a mixing chamber assembly , said assembly forming a mixing chamber ; a second face positioned opposite of the first face; an end cap body ; a channel capable of receiving a nebulizer and extending through the end cap body , the channel being dimensioned such that a port of a nebulizer is positioned within the channel and an outlet of the nebulizer is positioned to deliver a spray into said mixing chamber when the end cap assembly carries the nebulizer and is coupled to the mixing chamber assembly; and a manifold included in the end cap body and including a plurality of fluid passageways extending from the first face, characterized in that one of the fluid passageways extends from the first face through the end cap body to the channel and another one of the passageways extends from the first face through the end cap body to the mixing chamber. a first face capable of mating with a mixing chamber assembly , said assembly forming a mixing chamber ; a second face positioned opposite of the first face; an end cap body ; a channel capable of receiving a nebulizer and extending through the end cap body , the channel being dimensioned such that a port of a nebulizer is positioned within the channel and an outlet of the nebulizer is positioned to deliver a spray into said mixing chamber when the end cap assembly carries the nebulizer and is coupled to the mixing chamber assembly; and a manifold included in the end cap body and including a plurality of fluid passageways extending from the first face, characterized in that one of the fluid passageways extends from the first face through the end cap body to the channel and another one of the passageways extends from the first face through the end cap body to the mixing chamber.
An apparatus configured to be employed for a Network Manager (NM), comprising one or more processors configured to: output a request to a network Element Manager (EM) to create a Virtualized Network Function (VNF) Performance Measurement (PM) job to collect VNF PM data from a VNF; receive a set of VNF PM data associated with the VNF from the EM; process the set of VNF PM data associated with the VNF; output a request to the EM to create a Virtualization Resource (VR) PM job to collect VR PM data from a VR used by the VNF through a VNF Manager (VNFM) and a virtualized infrastructure manager (VIM); receive a set of VR PM data from the EM; and process the set of VR PM data. output a request to a network Element Manager (EM) to create a Virtualized Network Function (VNF) Performance Measurement (PM) job to collect VNF PM data from a VNF; receive a set of VNF PM data associated with the VNF from the EM; process the set of VNF PM data associated with the VNF; output a request to the EM to create a Virtualization Resource (VR) PM job to collect VR PM data from a VR used by the VNF through a VNF Manager (VNFM) and a virtualized infrastructure manager (VIM); receive a set of VR PM data from the EM; and process the set of VR PM data.
A flexible vibratory apparatus for damping a structure or structural component , the apparatus comprising: at least one mesh section made from cords or threads , the at least one mesh section having a plurality of adjacent loops defined in a knitted arrangement , characterized in that the cords or threads are of an elastomeric material, that the loops are elastomeric loops , that the at least one mesh section is configured to be wrapped about the structure or structural component , that under load adjacent loops of the knitted arrangement act independently relative to one another and that the plurality of adjacent loops of the at least one mesh section permits dissipation of heat.
A method for imaging a welding area , the method comprising: scanning a cross section of a test object (S) orthogonal to a welding direction with an ultrasonic beam (B), and receiving a reflected signal from the inside of the test object (S) while the cross section is being scanned; and imaging the scanned cross section on the basis of the received reflected signal to inspect a microstructure of the welding area , wherein a beam size of the ultrasonic beam (B) is about 70 μm to 100 μm when the test object (S) is a rim welded wheel and about 300 μm to 1000 μm when the test object (S) is a UOE steel pipe or an electric resistance welded pipe, and wherein a reflected wave from the microstructure of the welding area is enhanced by subtracting a moving average waveform (Ra) at an average score (m) from a received and digitized signal waveform (Rb) to remove a slowly varying component of the received signal, extracting the reflected signal from the microstructure of the welding area , and amplifying only the extracted reflected signal. scanning a cross section of a test object (S) orthogonal to a welding direction with an ultrasonic beam (B), and receiving a reflected signal from the inside of the test object (S) while the cross section is being scanned; and imaging the scanned cross section on the basis of the received reflected signal to inspect a microstructure of the welding area , wherein a beam size of the ultrasonic beam (B) is about 70 μm to 100 μm when the test object (S) is a rim welded wheel and about 300 μm to 1000 μm when the test object (S) is a UOE steel pipe or an electric resistance welded pipe, and wherein a reflected wave from the microstructure of the welding area is enhanced by subtracting a moving average waveform (Ra) at an average score (m) from a received and digitized signal waveform (Rb) to remove a slowly varying component of the received signal, extracting the reflected signal from the microstructure of the welding area , and amplifying only the extracted reflected signal.