mhurhangee/ep-ind-claims huggingface dataset:
A combination of a vessel filter and a snare, the vessel filter comprising a first region and a second region, the first region including a filtering section for capturing particles and having a first transverse dimension, the second region including a mounting section for mounting the filter within the vessel, the mounting section having a second transverse dimension greater than the first transverse dimension and including vessel engaging structure to retain the filter, the first region further including a retrieval region, the retrieval region including a hook having a curved hook at the proximalmost end; a wall of the hook having a cut out region exposing an internal annular surface which extends from a radiused region to a proximalmost edge such that the internal annular surface has a first interior surface at the radiused region and a second interior surface at the curved hook, the snare being engageable with the curved hook of the retrieval region of the vessel filter; and the radiused region, spaced axially in the distal direction from the curved hook, includes a radiused or curved edge defined by radiused or angled side walls (297a, 297c) and top wall, wherein the combination includes a retrieval sheath having a snare sheath, the snare extending through the snare sheath, the second interior surface being dimensioned to accommodate the tubular snare sheath of the retrieval sheath such that an outer wall of the tubular snare sheath can partially fit within the cut out region, the side walls (297a, 297c) forming camming surfaces to direct the hook and filtering section into the retrieval sheath.
A level shifter circuit having a plurality of outputs (CLK1, CLKB1, CLK2, CLKB2) for providing signals to respective capacitive loads and having circuits for sharing charge stored in the respective capacitive loads between the outputs, the level shifter circuit comprising: a first pair of clock generating circuits (M1a, M2a, M1c, M2c) connected to a first pair of outputs (CLK1, CLK2), respectively; a second pair of clock generating circuits (M1b, M2b, M1d, M2d) connected to a second pair of outputs (CLKB1, CLKB2), respectively; a single resistor (Rcs) connectable in the circuit with all of the outputs for controlling a slope of charge sharing between the outputs; a first switch (M3a) adapted to selectively connect one output of the first pair of outputs directly with a first end of the single resistor (Rcs); a second switch (M3c) adapted to selectively connect the other output of the first pair of outputs directly with the first end of the single resistor (Rcs); characterized by further comprising: a third switch (M3b) adapted to selectively connect one output of the second pair of outputs (CLKB1) directly with a second end of the single resistor (Rcs); and a fourth switch (M3d) adapted to selectively connect the other output of the second pair of outputs (CLKB2) directly with the second end of the single resistor (Rcs). a first pair of clock generating circuits (M1a, M2a, M1c, M2c) connected to a first pair of outputs (CLK1, CLK2), respectively; a second pair of clock generating circuits (M1b, M2b, M1d, M2d) connected to a second pair of outputs (CLKB1, CLKB2), respectively; a single resistor (Rcs) connectable in the circuit with all of the outputs for controlling a slope of charge sharing between the outputs; a first switch (M3a) adapted to selectively connect one output of the first pair of outputs directly with a first end of the single resistor (Rcs); a second switch (M3c) adapted to selectively connect the other output of the first pair of outputs directly with the first end of the single resistor (Rcs); characterized by further comprising: a third switch (M3b) adapted to selectively connect one output of the second pair of outputs (CLKB1) directly with a second end of the single resistor (Rcs); and a fourth switch (M3d) adapted to selectively connect the other output of the second pair of outputs (CLKB2) directly with the second end of the single resistor (Rcs). a third switch (M3b) adapted to selectively connect one output of the second pair of outputs (CLKB1) directly with a second end of the single resistor (Rcs); and a fourth switch (M3d) adapted to selectively connect the other output of the second pair of outputs (CLKB2) directly with the second end of the single resistor (Rcs).
A conjugate between hyaluronic acid and an amino-bisphosphonate, of formula wherein: - L is a spacer of formula -(CH 2) m -, wherein m is an integer from 2 to 10; or L is a spacer of formula -(CH 2 CH 2 O) P -CH 2 CH 2 - wherein p is an integer from 1 to 4; - n is an integer from 2 to 5; - x is a number that represents the degree of substitution of hyaluronic acid with the amino-bisphosphonate in relation to the carboxylic groups of hyaluronic acid, ranging from 0.05 to 0.30 mol of amino-bisphosphonate/mol of hyaluronic acid: - the weight-average molecular weight of hyaluronic acid ranges from 30000 Da to 3×10 6 Da; - the phosphonic groups of the amino-bisphosphonic moiety and the carboxyl groups of hyaluronic acid that are not involved in the conjugation with the amino-bisphosphonate are, optionally, partially or completely salified with the cation of an alkali or alkaline-earth metal, with the ammonium cation or with a (C 1 -C 4)tetraalkylammonium cation, preferably with a cation of an alkaline metal, more preferably with the Na + cation. - L is a spacer of formula -(CH 2) m -, wherein m is an integer from 2 to 10; or L is a spacer of formula -(CH 2 CH 2 O) P -CH 2 CH 2 - wherein p is an integer from 1 to 4; - n is an integer from 2 to 5; - x is a number that represents the degree of substitution of hyaluronic acid with the amino-bisphosphonate in relation to the carboxylic groups of hyaluronic acid, ranging from 0.05 to 0.30 mol of amino-bisphosphonate/mol of hyaluronic acid: - the weight-average molecular weight of hyaluronic acid ranges from 30000 Da to 3×10 6 Da; - the phosphonic groups of the amino-bisphosphonic moiety and the carboxyl groups of hyaluronic acid that are not involved in the conjugation with the amino-bisphosphonate are, optionally, partially or completely salified with the cation of an alkali or alkaline-earth metal, with the ammonium cation or with a (C 1 -C 4)tetraalkylammonium cation, preferably with a cation of an alkaline metal, more preferably with the Na + cation.
A compression system comprising compressors (C1-C7) and their controllers (A1-A7) for the compression of fluid medium, secondary treatment devices for the treatment of the fluid medium delivered from the compressors, piping systems (17-19, 23) for conducting the fluid medium to a place of consumption (16, 22), and a control system comprising a control unit containing a data processing system for controlling the compression system, a user interface including a display associated with it and transmission means for the transmission of control data between the control unit, the controllers and pressure sensors, characterized in that the compression system has at least one compressor-specific adjustment value, which determines the requirement for fluid medium, the change in direction of it and the rate of change, wherein a control mode is selectable for a compressor from the user interface, the control mode determining the adjustment value to be used, wherein control of the delivery of the compressor is based either on a delivery reference value that is calculated from a network delivery request, or based directly on a network pressure setting or on a compressor-specific pressure setting, wherein the control system is adapted to convert the network delivery request or the network pressure setting or the compressor-specific pressure setting into compressor-specific control requests via direct control data, a pressure setting or a pressure data item of the compressor.
A bone biopsy device comprising: - an outer cannula provided with a mouth with a cutting edge to section a frustule of spongy bone, - a plate mounted slidably inside the cannula and provided with a semi-cylindrical portion at its distal end, and - a stylet mounted slidably inside the plate and provided with a pointed tip which protrudes from the mouth of the cannula to pierce the compact part of the bone, said mouth of the cannula having on its inside a narrowing characterized in that said semi-cylindrical portion of the plate has, at its distal end, a slot and a continuous circular edge with a lumen from which a pair of cutting anchors/bezels (42, 43) comes off, said anchors/bezels (42, 43) being arranged opposite to each other with respect to a horizontal plane, said anchors/bezels (42, 43) being adapted to bend with respect to said horizontal plane, when they encounter said narrowing of the mouth, so as to obstruct said lumen and clasp the base of the sectioned frustule to allow extraction of the frustule by means of the plate whilst the cannula is kept at the operating site. - an outer cannula provided with a mouth with a cutting edge to section a frustule of spongy bone, - a plate mounted slidably inside the cannula and provided with a semi-cylindrical portion at its distal end, and - a stylet mounted slidably inside the plate and provided with a pointed tip which protrudes from the mouth of the cannula to pierce the compact part of the bone,
Multiway valve, comprising a valve housing defining a valve chamber in which a valve spool which is axially movable while performing a stroking movement is accommodated, and further comprising drive means for the controlled application of fluid to the valve spool in order to generate the stroking movement, wherein the valve chamber is at at least one end face bounded by an end cover of the valve housing, which end cover is axially fitted to a housing body peripherally enclosing the valve chamber with the interposition of a cover seal sealing the valve chamber against the environment, wherein the cover seal has a seal structure located axially between the end cover and the housing body, and wherein a yielding impact damping structure, which acts axially between the valve spool and the end cover and which is an integral part of the cover seal located in the stroke path of the valve spool, is located in the valve chamber, characterised in that the impact damping structure is arranged at a radial distance from the seal structure and secured to the seal structure by means of at least one holding arm.
An image forming apparatus for forming an image on a recording material, said image forming apparatus comprising: a main assembly; a supporting member (63, 63x) movable in a state of supporting a plurality of developing cartridges (60, 60x) that each include a developing roller (40, 40x) for developing an electrostatic latent image formed on a photosensitive drum, said supporting member (63, 63x) being movable through a main assembly opening of said main assembly between (i) an inside position in which said supporting member (63, 63x) is inside said main assembly and (ii) an outside position in which said supporting member (63, 63x) is outside said main assembly and in which the plurality of developing cartridges (60, 60x) is detachably mountable, said supporting member (63, 63x) supporting a plurality of photosensitive drums; a door for opening and closing said main assembly opening; characterized by further comprising: a contacting and spacing member (42, 81) provided in said supporting member (63, 63x) and movable between (i) a first position for contacting the developing rollers (40, 40x) to said respective photosensitive drums and (ii) a second position for spacing the developing rollers (40, 40x) from said respective photosensitive drums, wherein in the second position, the contacting and spacing member (42, 81) carries the developing cartridge (60, 60X). a main assembly; a supporting member (63, 63x) movable in a state of supporting a plurality of developing cartridges (60, 60x) that each include a developing roller (40, 40x) for developing an electrostatic latent image formed on a photosensitive drum, said supporting member (63, 63x) being movable through a main assembly opening of said main assembly between (i) an inside position in which said supporting member (63, 63x) is inside said main assembly and (ii) an outside position in which said supporting member (63, 63x) is outside said main assembly and in which the plurality of developing cartridges (60, 60x) is detachably mountable, said supporting member (63, 63x) supporting a plurality of photosensitive drums; a door for opening and closing said main assembly opening; characterized by further comprising: a contacting and spacing member (42, 81) provided in said supporting member (63, 63x) and movable between (i) a first position for contacting the developing rollers (40, 40x) to said respective photosensitive drums and (ii) a second position for spacing the developing rollers (40, 40x) from said respective photosensitive drums, wherein in the second position, the contacting and spacing member (42, 81) carries the developing cartridge (60, 60X). a contacting and spacing member (42, 81) provided in said supporting member (63, 63x) and movable between (i) a first position for contacting the developing rollers (40, 40x) to said respective photosensitive drums and (ii) a second position for spacing the developing rollers (40, 40x) from said respective photosensitive drums, wherein in the second position, the contacting and spacing member (42, 81) carries the developing cartridge (60, 60X).
A multi-component filter suitable for use in smoking articles, in particular cigarettes, comprising a bed of adsorbent, wherein the bed of adsorbent comprises a herbal mixture of angelica root and valerian impregnated with honey and vinegar.
Household appliance, in particular dishwasher, with a door, a thermal actuator for opening the door and a device, which is embodied to uncouple a closing or locking of the door from the thermal actuator kinematically, wherein the thermal actuator comprises an operating element which can be moved between an initial position and an opening position, in particular a working piston, wherein a movement into the opening position effects an opening of the door and wherein the device comprises a first and a second actuating element (27, 44), which can be brought into abutment with each other for the coupling and out of abutment for the uncoupling.
A network bandwidth management method, performed by a terminal device, comprising: detecting that a first application in the terminal device is accessing a network; characterized by, acquiring a request of a second application for accessing the network, wherein the first application is a game application, the request comprises a second network bandwidth and a network bandwidth requested by the second application, and the second network bandwidth is a smallest network bandwidth required by the second application; parsing the request of the second application for accessing the network to acquire a network bandwidth requested by the second application; comparing a presently unoccupied first network bandwidth of the terminal device with the network bandwidth requested by the second application to determine whether the first network bandwidth is sufficient for the second application; when the first network bandwidth is insufficient for the second application, detecting whether a target application list comprises the second application; when the target application list comprises the second application, allocating the second network bandwidth to the second application for use, wherein the second network bandwidth is smaller than the first network bandwidth. detecting that a first application in the terminal device is accessing a network; characterized by, acquiring a request of a second application for accessing the network, wherein the first application is a game application, the request comprises a second network bandwidth and a network bandwidth requested by the second application, and the second network bandwidth is a smallest network bandwidth required by the second application; parsing the request of the second application for accessing the network to acquire a network bandwidth requested by the second application; comparing a presently unoccupied first network bandwidth of the terminal device with the network bandwidth requested by the second application to determine whether the first network bandwidth is sufficient for the second application; when the first network bandwidth is insufficient for the second application, detecting whether a target application list comprises the second application; when the target application list comprises the second application, allocating the second network bandwidth to the second application for use, wherein the second network bandwidth is smaller than the first network bandwidth.
A method of data communications, comprising: encoding primary data in an Inter-Integrated Circuit, I2C, signal in accordance with I2C bus protocols; encoding secondary data in the I2C signal to obtain a multi-channel signal; and transmitting the multi-channel signal on an I2C bus, wherein the multi-channel signal is compatible with the I2C bus protocols, wherein encoding the secondary data in the I2C signal comprises: encoding the secondary data in a differential signal that is superimposed on the I2C signal. encoding primary data in an Inter-Integrated Circuit, I2C, signal in accordance with I2C bus protocols; encoding secondary data in the I2C signal to obtain a multi-channel signal; and transmitting the multi-channel signal on an I2C bus, wherein the multi-channel signal is compatible with the I2C bus protocols, wherein encoding the secondary data in the I2C signal comprises: encoding the secondary data in a differential signal that is superimposed on the I2C signal.
A delayed release pharmaceutical formulation for delivering an active agent to the intestine, comprising carrier particles and at least one active agent associated with the carrier particles, wherein the carrier particles are porous particles and are surrounded by a material for colon targeting, wherein the carrier particles comprise functionalized calcium carbonate, wherein the carrier particles are associated with at least 15 % by weight of the at least one active agent based on the total weight of the carrier particles including the weight of the at least one active agent.
A dental plate liner, comprising: a paste (i) containing a (meth)acrylic acid-based polymer, and a fluorine-containing (meth)acrylic acid-based polymerizable monomer in which the (meth)acrylic acid-based polymer has a solubility of less than 20 mass%; and a paste (ii) containing a (meth)acrylic acid-based polymerizable monomer in which the (meth)acrylic acid-based polymer has a solubility of 20 mass% or more, and a filler, wherein at least one paste selected from the group consisting of the paste (i) and the paste (ii) contains a polymerization initiator, wherein the dental plate liner is used through mixing of the paste (i) and the paste (ii) immediately before use, and wherein a blending ratio ( /) of the (meth)acrylic acid-based polymer to the (meth)acrylic acid-based polymerizable monomer in which the (meth)acrylic acid-based polymer has a solubility of 20 mass% or more is 0.9 or more. a paste (i) containing a (meth)acrylic acid-based polymer, and a fluorine-containing (meth)acrylic acid-based polymerizable monomer in which the (meth)acrylic acid-based polymer has a solubility of less than 20 mass%; and a (meth)acrylic acid-based polymer, and a fluorine-containing (meth)acrylic acid-based polymerizable monomer in which the (meth)acrylic acid-based polymer has a solubility of less than 20 mass%; and a paste (ii) containing a (meth)acrylic acid-based polymerizable monomer in which the (meth)acrylic acid-based polymer has a solubility of 20 mass% or more, and a filler, a (meth)acrylic acid-based polymerizable monomer in which the (meth)acrylic acid-based polymer has a solubility of 20 mass% or more, and a filler, wherein at least one paste selected from the group consisting of the paste (i) and the paste (ii) contains a polymerization initiator, wherein the dental plate liner is used through mixing of the paste (i) and the paste (ii) immediately before use, and
A turbine engine, comprising: a turbine housing configured to guide a flow of air and combustion gases; a plurality of blades coupled to a shaft inside the turbine housing; characterized by a resilient device configured to bias the shaft in a downstream direction relative to the flow of the air and combustion gases; a magnetic actuator coupled to the shaft and configured to magnetically translate the shaft along an axis of the shaft in a upstream direction relative to the flow of the air and combustion gases so as to increase and decrease a radial clearance (50, 52) between the turbine housing and the plurality of blades; and control circuitry electrically coupled to an input of the magnetic actuator and configured to send electrical signals to the magnetic actuator to translate the shaft in response to feedback associated with the radial clearance (50, 52). a turbine housing configured to guide a flow of air and combustion gases; a plurality of blades coupled to a shaft inside the turbine housing; characterized by a resilient device configured to bias the shaft in a downstream direction relative to the flow of the air and combustion gases; a magnetic actuator coupled to the shaft and configured to magnetically translate the shaft along an axis of the shaft in a upstream direction relative to the flow of the air and combustion gases so as to increase and decrease a radial clearance (50, 52) between the turbine housing and the plurality of blades; and control circuitry electrically coupled to an input of the magnetic actuator and configured to send electrical signals to the magnetic actuator to translate the shaft in response to feedback associated with the radial clearance (50, 52).
A glass composition formed as a layer for protecting a semiconductor junction, wherein the glass composition contains nickel oxide, at least SiO 2, B 2 O 3, Al 2 O 3, ZnO, and all oxides of alkaline earth metal selected from a group consisting of CaO, MgO and BaO, and substantially contains none of Pb, P, As, Sb, Li, Na and K; wherein the content of SiO 2 falls within a range of 41.1 mol% to 61.1 mol%, the content of B 2 O 3 falls within a range of 5.8 mol% to 15.8 mol%, the content of Al 2 O 3 falls within a range of 7.4 mol% to 17.4 mol%, the content of ZnO falls within a range of 3.0 mol% to 24.8 mol%, the content of oxides of alkaline earth metal falls within a range of 5.5 mol% to 15.5 mol%, and the content of nickel oxide falls within a range of 0.01 mol% to 3.0 mol%.