mhurhangee/ep-ind-claims huggingface dataset:
A drug delivery device, comprising: a drug container for storing a liquid drug, an end of the drug container sealed by a plunger; a needle conduit coupled to the plunger; a needle insertion component coupled to the needle conduit; and a drive component coupled to the plunger, the drive component comprising a drive spring and a plurality of spheres, characterized in that the drive spring comprises two or more compression springs arranged in series, and at least one of the two or more compression springs is positioned between two adjacent spheres of the plurality of spheres. a drug container for storing a liquid drug, an end of the drug container sealed by a plunger; a needle conduit coupled to the plunger; a needle insertion component coupled to the needle conduit; and a drive component coupled to the plunger, the drive component comprising a drive spring and a plurality of spheres, characterized in that the drive spring comprises two or more compression springs arranged in series, and at least one of the two or more compression springs is positioned between two adjacent spheres of the plurality of spheres.
A multilayer coextruded biaxially oriented barrier heat-shrinkable packaging film comprising at least one outer heat-sealable layer (a); one layer (b) which is not directly adhered to the heat sealable layer (a), wherein said layer (b) comprises one or more aromatic (co)polyester(s), wherein, preferably, said aromatic (co)polyester(s) is characterized by a melting point higher than 225°C, higher than 230°C, higher than 235°C at least one internal gas barrier layer (c) comprising polyvinylidene chloride, said film being characterized by - A) a total free shrink at 85°C of at least 45%, and - B) a maximum shrink tension in each one of the longitudinal and transverse directions of at least 20 kg/cm 2 and - C) a residual shrink tension at 5°C in each one of the longitudinal and transverse directions at least of 25 kg/cm 2, wherein the total free shrink is measured according to ASTM D2732, the maximum shrink tension and the residual shrink tension are measured according to the method of the present description. - A) a total free shrink at 85°C of at least 45%, and - B) a maximum shrink tension in each one of the longitudinal and transverse directions of at least 20 kg/cm 2 and - C) a residual shrink tension at 5°C in each one of the longitudinal and transverse directions at least of 25 kg/cm 2,
Fluid composition, characterized in that it comprises, in a cosmetically acceptable aqueous support: (a) at least one fatty phase; (b) a photoprotective system capable of screening out UV radiation; (c) at least one superabsorbent polymer; (d) at least one crosslinked copolymer of methacrylic acid and of a C 1 -C 4 alkyl acrylate. (a) at least one fatty phase; (b) a photoprotective system capable of screening out UV radiation; (c) at least one superabsorbent polymer; (d) at least one crosslinked copolymer of methacrylic acid and of a C 1 -C 4 alkyl acrylate.
An acetabular cup guide comprising: (a) a distal end which is shaped to allow removable connection to a surgical instrument, (b) a proximal end comprising one or more contact surfaces (4,5) which are shaped to conform to an acetabulum, and (c) a central proximal-distal axis extending through the acetabular cup guide, wherein at least one of the one or more contact surfaces (4,5) is deflectable towards the central proximal-distal axis in order to reduce an axial cross-section of the acetabular cup guide, characterised in that the one or more deflectable contact surfaces (4,5) comprise, at a proximal end, a resiliently deflectable hinge section. (a) a distal end which is shaped to allow removable connection to a surgical instrument, (b) a proximal end comprising one or more contact surfaces (4,5) which are shaped to conform to an acetabulum, and (c) a central proximal-distal axis extending through the acetabular cup guide, wherein at least one of the one or more contact surfaces (4,5) is deflectable towards the central proximal-distal axis in order to reduce an axial cross-section of the acetabular cup guide, characterised in that the one or more deflectable contact surfaces (4,5) comprise, at a proximal end, a resiliently deflectable hinge section. wherein at least one of the one or more contact surfaces (4,5) is deflectable towards the central proximal-distal axis in order to reduce an axial cross-section of the acetabular cup guide, characterised in that the one or more deflectable contact surfaces (4,5) comprise, at a proximal end, a resiliently deflectable hinge section.
A computer-implemented method for managing speech recognition, the computer implemented method comprising: receiving configuration input at a voice-activated wake-up function of an electronic device, the configuration input including a trigger phrase, the configuration input being received at a first processor of the electronic device, the electronic device having a second processor in addition to the first processor; creating a finite state transducer network including a network of speech recognition states corresponding to the trigger phrase, the network of speech recognition states being created at the first processor using a first speech recognition engine that the first processor executes, wherein the trigger phrase is evaluated using a recognition grammar; transferring the network of speech recognition states from the first processor to the second processor; and executing a second speech recognition engine on the second processor using the network of speech recognition states corresponding to the trigger phrase, the second processor executing the second speech recognition engine while the first speech recognition engine of the first processor is in an inactive state, wherein the second speech recognition engine includes a finite state transducer decoder configured to execute the finite state transducer network; wherein the first processor is a central processing unit, and wherein the second processor is a digital signal processor and wherein the first processor and the second processor are co-located within a mobile telephone. receiving configuration input at a voice-activated wake-up function of an electronic device, the configuration input including a trigger phrase, the configuration input being received at a first processor of the electronic device, the electronic device having a second processor in addition to the first processor; creating a finite state transducer network including a network of speech recognition states corresponding to the trigger phrase, the network of speech recognition states being created at the first processor using a first speech recognition engine that the first processor executes, wherein the trigger phrase is evaluated using a recognition grammar; transferring the network of speech recognition states from the first processor to the second processor; and executing a second speech recognition engine on the second processor using the network of speech recognition states corresponding to the trigger phrase, the second processor executing the second speech recognition engine while the first speech recognition engine of the first processor is in an inactive state, wherein the second speech recognition engine includes a finite state transducer decoder configured to execute the finite state transducer network; wherein the first processor is a central processing unit, and wherein the second processor is a digital signal processor and wherein the first processor and the second processor are co-located within a mobile telephone.
An electrochemical cell for wastewater treatment comprising: a. a solid polymer electrolyte membrane; b. an anode catalyst layer adjacent to a first side of the solid polymer electrolyte membrane and a cathode catalyst layer adjacent to a second side of the solid polymer electrolyte membrane, opposite to the first side; c. a first open pore mesh adjacent to the anode catalyst layer and a second open pore mesh adjacent to the cathode catalyst layer; d. a first compression frame, adjacent to the first open pore mesh and a second compression frame, adjacent to the second open pore mesh, each of the compression frames (112, 114) having compression arms spread within the area delimited by the perimeter of the frame, the compression arms being connected to each other at connection sites; e. fasteners which protrude through holes provided in the compression arms of the first and second compression frames (112, 114) at the connection sites, through holes provided in the first and second open pore meshes (108, 110) and through the solid polymer electrolyte membrane and the anode and cathode catalyst layers, wherein the fasteners provide the force to compress the solid polymer electrolyte membrane, the catalyst layers and the open pore meshes (108, 110) between the two compression frames (112, 114). a. a solid polymer electrolyte membrane; b. an anode catalyst layer adjacent to a first side of the solid polymer electrolyte membrane and a cathode catalyst layer adjacent to a second side of the solid polymer electrolyte membrane, opposite to the first side; c. a first open pore mesh adjacent to the anode catalyst layer and a second open pore mesh adjacent to the cathode catalyst layer; d. a first compression frame, adjacent to the first open pore mesh and a second compression frame, adjacent to the second open pore mesh, each of the compression frames (112, 114) having compression arms spread within the area delimited by the perimeter of the frame, the compression arms being connected to each other at connection sites; e. fasteners which protrude through holes provided in the compression arms of the first and second compression frames (112, 114) at the connection sites, through holes provided in the first and second open pore meshes (108, 110) and through the solid polymer electrolyte membrane and the anode and cathode catalyst layers,
A travel bed, having an unfolded state and a folded state, and comprising a bottom support, an upper surrounding frame, a plurality of stand rods provided between the bottom support and the upper surrounding frame, and fixing bases provided at lower portions of the plurality of stand rods respectively, the bottom support comprising a plurality of bottom rods and a connecting base (41, 42, 43) rotatably connected with ends of the plurality of bottom rods, the other ends of the bottom rods being connected with the fixing bases, wherein the upper surrounding frame comprises a first surrounding rod and a second surrounding rod which are rotatably connected with a first connector respectively, and an upper end of the stand rod is fixedly connected with the first connector; the first surrounding rod comprises a first connecting rod and a second connecting rod of which end portions are rotatably connected via a second connector, and the second surrounding rod comprises a third connecting rod and a fourth connecting rod of which end portions are rotatably connected via a third connector; the upper surrounding frame further comprises a first locking device for locking the first connecting rod and the second connecting rod to each other, and a second locking device for locking the third connecting rod and the fourth connecting rod to each other; the first locking device is provided on the second connector, the second locking device is provided on the third connector, and the first locking device and the second locking device are linked with each other via a hauling rope; during the unfolding and folding of the travel bed, the stand rods move while keeping upright; characterized in that during folding, when one of the first locking device and the second locking device is unlocked, the other locking device is unlocked simultaneously, the connecting base (41, 42, 43) is driven to move upwardly by pressing the upper surrounding frame downwardly, and the upper surrounding frame, the stand rods and the bottom rods of the travel bed get close to one another.
A cap in combination with an arthroscopic instrument comprising an optical instrument and a rigid cannula surrounding the optical instrument, said cap comprising: a body bulbous in shape and characterized by a distal end and proximal end; a bore having an inner diameter and disposed within the body, said inner diameter of said bore sized and dimensioned to friction fit over an outer diameter of the rigid cannula; a lens coupled to the distal end of the body. a body bulbous in shape and characterized by a distal end and proximal end; a bore having an inner diameter and disposed within the body, said inner diameter of said bore sized and dimensioned to friction fit over an outer diameter of the rigid cannula; a lens coupled to the distal end of the body.
A method for controlling a network comprising: communicating among a plurality of nodes (102 1 -102 n, 104) in a network of wireless communication devices using a frequency hopping method by varying an RF carrier wave frequency for said communicating among a set of hop frequency channels in accordance with a frequency hopping sequence; characterized by prior to a network transition time from a first RF carrier wave frequency of said hopping sequence to a second RF carrier wave frequency in said hopping sequence, transmitting a hop announcement on a group of control channels by using a coordinator node of said plurality of nodes (102 1 -102 n, 104), said hop announcement specifying the second RF carrier wave frequency; beginning a dwell time duration at a time specified by the coordinator node during which the second RF carrier wave frequency will be used by the network for said communicating; and receiving at said coordinator node during said dwell time duration a message from a subordinate node (102 1 -102 n) of said plurality of nodes (102 1 -102 n, 104); further comprising determining the second RF carrier wave frequency at the subordinate node (102 1 -102 n) by receiving said hop announcement, and determining at the subordinate node (102 1 -102 n) said beginning of the dwell time duration based on a dwell start message received from the coordinator node; wherein the dwell start message is transmitted on the hop frequency channel specified in the announcement for the respective hop. communicating among a plurality of nodes (102 1 -102 n, 104) in a network of wireless communication devices using a frequency hopping method by varying an RF carrier wave frequency for said communicating among a set of hop frequency channels in accordance with a frequency hopping sequence; characterized by prior to a network transition time from a first RF carrier wave frequency of said hopping sequence to a second RF carrier wave frequency in said hopping sequence, transmitting a hop announcement on a group of control channels by using a coordinator node of said plurality of nodes (102 1 -102 n, 104), said hop announcement specifying the second RF carrier wave frequency; beginning a dwell time duration at a time specified by the coordinator node during which the second RF carrier wave frequency will be used by the network for said communicating; and receiving at said coordinator node during said dwell time duration a message from a subordinate node (102 1 -102 n) of said plurality of nodes (102 1 -102 n, 104); further comprising determining the second RF carrier wave frequency at the subordinate node (102 1 -102 n) by receiving said hop announcement, and determining at the subordinate node (102 1 -102 n) said beginning of the dwell time duration based on a dwell start message received from the coordinator node; wherein the dwell start message is transmitted on the hop frequency channel specified in the announcement for the respective hop.
Control valve seal for sealing a flanged joint between a flange which is formed on a supporting body and a flange which is formed on a control valve component (8, 12), comprising - a seal body of laminar configuration for being received between the two flanges (54, 60), - a first compressed air duct which is guided through the seal body for guiding compressed air between the two flanges (54, 60), which first compressed air duct is surrounded circumferentially by a first sealing lip which is supported on the seal body, - a second compressed air duct (14, 16, 26) which is guided through the seal body for guiding compressed air between the two flanges (54, 60), which second compressed air duct (14, 16, 26) is surrounded circumferentially by a second sealing lip which is supported on the seal body, characterized in that - a third sealing lip which is formed on the seal body between the first sealing lip and the second sealing lip. - a seal body of laminar configuration for being received between the two flanges (54, 60), - a first compressed air duct which is guided through the seal body for guiding compressed air between the two flanges (54, 60), which first compressed air duct is surrounded circumferentially by a first sealing lip which is supported on the seal body, - a second compressed air duct (14, 16, 26) which is guided through the seal body for guiding compressed air between the two flanges (54, 60), which second compressed air duct (14, 16, 26) is surrounded circumferentially by a second sealing lip which is supported on the seal body, characterized in that - a third sealing lip which is formed on the seal body between the first sealing lip and the second sealing lip.
A fryer comprising a housing, and a pot and an oil collector respectively arranged in the housing, the oil collector being arranged below the pot, a discharge assembly being arranged between the pot and the oil collector, wherein the discharge assembly comprises: - an oil filter arranged at the bottom of the pot and comprising a spring valve having an open position and a closed position; - an oil guide arranged on the oil collector and slidingly connected with the oil collector, characterized in that the oil guide is capable of moving the spring valve from the closed position to the open position when sliding from a first position to a second position; wherein the discharge assembly further comprises: - a first button and a first return spring respectively connected with the oil guide, when being pressed, the first button being capable of pushing the oil guide from the first position to the second position by opposing a return force exerted by the first return spring on the oil guide; - a locking assembly used for locking the oil guide in the second position; - an unlocking assembly used for unlocking the locking assembly. wherein the discharge assembly comprises: - an oil filter arranged at the bottom of the pot and comprising a spring valve having an open position and a closed position; - an oil guide arranged on the oil collector and slidingly connected with the oil collector, characterized in that the oil guide is capable of moving the spring valve from the closed position to the open position when sliding from a first position to a second position; - an oil filter arranged at the bottom of the pot and comprising a spring valve having an open position and a closed position; - an oil guide arranged on the oil collector and slidingly connected with the oil collector, characterized in that the oil guide is capable of moving the spring valve from the closed position to the open position when sliding from a first position to a second position; wherein the discharge assembly further comprises: - a first button and a first return spring respectively connected with the oil guide, when being pressed, the first button being capable of pushing the oil guide from the first position to the second position by opposing a return force exerted by the first return spring on the oil guide; - a locking assembly used for locking the oil guide in the second position; - an unlocking assembly used for unlocking the locking assembly. - a first button and a first return spring respectively connected with the oil guide, when being pressed, the first button being capable of pushing the oil guide from the first position to the second position by opposing a return force exerted by the first return spring on the oil guide; - a locking assembly used for locking the oil guide in the second position; - an unlocking assembly used for unlocking the locking assembly.
An organic electroluminescent device comprising: a substrate; a thin film transistor formed on the substrate; a planarization film formed on the entire surface of the substrate including the TFT; a first electrode formed of a metal material on the planarization film, having a reflecting surface at a corner area higher than a reflecting surface at a center area; an organic EL layer formed on the first electrode; and a second electrode formed on the organic EL layer, characterized in that the corner portion of the first electrode is floated from the surface of the planarization film by tensile stress of the first electrode. a substrate; a thin film transistor formed on the substrate; a planarization film formed on the entire surface of the substrate including the TFT; a first electrode formed of a metal material on the planarization film, having a reflecting surface at a corner area higher than a reflecting surface at a center area; an organic EL layer formed on the first electrode; and a second electrode formed on the organic EL layer, characterized in that the corner portion of the first electrode is floated from the surface of the planarization film by tensile stress of the first electrode.
A wire grid polarizing plate comprising: a light-transmitting substrate (110; 210; 310); and wire grid patterns which are disposed on the light-transmitting substrate (110; 210; 310), and comprising an area which is arranged to transmit first polarized light and to reflect second polarized light polarized in a direction perpendicular to that of the first polarized light characterized in that the wire grid patterns comprising target patterns comprising conductive structures shaped as closed curves, at least one of the conductive structures surrounding another one of the conductive structures with a gap therebetween, wherein the conductive structures are shaped as polygonal closed curves, and wherein each of the conductive structures includes two first wire structures extending in a second direction and two or more second wire structures extending in a first direction different from the second direction, and wherein each of the wire grid patterns further comprises third wire structures having a width substantially equal to the width of the first wire structures, being disposed between the target patterns and extending in the second direction, the wire grid polarizing plate further comprising reflective patterns which are disposed between the wire grid patterns and arranged to reflect both the first polarized light and the second polarized light, wherein the third wire structures are connected to the reflective patterns. a light-transmitting substrate (110; 210; 310); and wire grid patterns which are disposed on the light-transmitting substrate (110; 210; 310), and comprising an area which is arranged to transmit first polarized light and to reflect second polarized light polarized in a direction perpendicular to that of the first polarized light characterized in that the wire grid patterns comprising target patterns comprising conductive structures shaped as closed curves, at least one of the conductive structures surrounding another one of the conductive structures with a gap therebetween, wherein the conductive structures are shaped as polygonal closed curves, and wherein each of the conductive structures includes two first wire structures extending in a second direction and two or more second wire structures extending in a first direction different from the second direction, and wherein each of the wire grid patterns further comprises third wire structures having a width substantially equal to the width of the first wire structures, being disposed between the target patterns and extending in the second direction, the wire grid polarizing plate further comprising reflective patterns which are disposed between the wire grid patterns and arranged to reflect both the first polarized light and the second polarized light, wherein the third wire structures are connected to the reflective patterns.