mhurhangee/ep-ind-claims huggingface dataset:
Method for operating a transfer system, characterized in that the transfer system is operated either according to first operating mode or according to a second operating mode, - wherein, in the first operating mode, a controlling means is switched to a first switching position, so that a first supplying means is activated for supplying a number of tooling tubes (6a; 7a), so that, optionally, compressed air or a vacuum is made available to the tooling tubes (6a; 7a) by the first supplying means by way in each case of a supplying line (23a; 24a) at in each case an energy coupling (9; 10) for each tooling tube (6a; 7a), - wherein, in the second operating mode, the controlling means is switched to a second switching position, so that a second supplying means is activated for supplying the number of tooling tubes (6a, 7a), so that compressed air for blowing out is made available in each case by way of a first supplying line and compressed air for generating a vacuum is made available in each case by way of a second supplying line to the tooling tubes (6a; 7a) by the second supplying means by way of the respective energy coupling (9; 10). - wherein, in the first operating mode, a controlling means is switched to a first switching position, so that a first supplying means is activated for supplying a number of tooling tubes (6a; 7a), so that, optionally, compressed air or a vacuum is made available to the tooling tubes (6a; 7a) by the first supplying means by way in each case of a supplying line (23a; 24a) at in each case an energy coupling (9; 10) for each tooling tube (6a; 7a), - wherein, in the second operating mode, the controlling means is switched to a second switching position, so that a second supplying means is activated for supplying the number of tooling tubes (6a, 7a), so that compressed air for blowing out is made available in each case by way of a first supplying line and compressed air for generating a vacuum is made available in each case by way of a second supplying line to the tooling tubes (6a; 7a) by the second supplying means by way of the respective energy coupling (9; 10).
Stack arrangement, comprising a transportable machining unit, in particular a circular table saw, for machining a workpiece with a tool, and at least one box-shaped body (21, 22) arranged on or below the transportable machining unit to form a vertical stack together with the transportable machining unit, wherein the transportable machining unit comprises a box-shaped support structure which can be placed on a support and has a lower part which has a workpiece support plate which can be used to support the workpiece to be machined, and a drive unit for mechanically driving the tool, which drive unit is arranged at least partially in the lower part and is fastened thereto ready for operation, so that the drive unit remains at least partially in the lower part during machining of the workpiece by the tool driven by the drive unit, wherein the support structure has support structure coupling means which provide a releasable, vertically tension-proof coupling with the at least one box-shaped body (21; 22), wherein the box-shaped body (21, 22) has body coupling means cooperating with the support structure coupling means to provide the releasable, vertically tension-proof coupling between the box-shaped body (21; 22) and the transportable machining unit.
Split superantigen, wherein the split superantigen comprises two non-functional superantigen fragments that only after dimerization, due to the close proximity of both fragments, reassemble into a biologically active form and wherein the split superantigen fragments are fused with proteins or polypeptides that trigger dimerization, and wherein the proteins or polypeptides that trigger dimerization are selected from coiled-coil forming polypeptides and antibodies or antibody fragments specific for cell surface proteins, in particular specific for tumor cell surface proteins. wherein the split superantigen fragments are fused with proteins or polypeptides that trigger dimerization, and wherein the proteins or polypeptides that trigger dimerization are selected from coiled-coil forming polypeptides and antibodies or antibody fragments specific for cell surface proteins, in particular specific for tumor cell surface proteins.
A coolant port assembly, comprising: a coolant port including a port portion having a pipe shape formed to extend by a predetermined length, and a plate-shaped mounting bracket portion formed at one side of an outer circumference of the port portion to expand in a direction intersecting a longitudinal direction of the port portion; a sealing gasket provided in a ring shape that surrounds a peripheral outer side of the port portion; and a gasket cover configured to be closely coupled to the mounting bracket portion together with the sealing gasket while pressing a part of the sealing gasket, characterized in that the gasket cover has a perforated hole which is greater than an inner diameter of the sealing gasket and smaller than an outer diameter of the sealing gasket, when being viewed from the front, and the perforated hole gradually increases in a thickness direction of the gasket cover. a coolant port including a port portion having a pipe shape formed to extend by a predetermined length, and a plate-shaped mounting bracket portion formed at one side of an outer circumference of the port portion to expand in a direction intersecting a longitudinal direction of the port portion; a sealing gasket provided in a ring shape that surrounds a peripheral outer side of the port portion; and a gasket cover configured to be closely coupled to the mounting bracket portion together with the sealing gasket while pressing a part of the sealing gasket, characterized in that the gasket cover has a perforated hole which is greater than an inner diameter of the sealing gasket and smaller than an outer diameter of the sealing gasket, when being viewed from the front, and the perforated hole gradually increases in a thickness direction of the gasket cover.
A trocar fixation assembly comprising a fixation device and a medical dressing, wherein said fixation device comprises: - a skin attachment element comprising a first annular member disposed about a longitudinal center line, - a ball member arranged in said first annular member, wherein said ball member comprises a channel extending through said ball member and being configured to receive a trocar, and - a second annular member disposed about said longitudinal center line and being configured to engage with said first annular member, wherein the engagement between said first and second annular members allows for said trocar fixation assembly to be shifted between at least a first configuration, in which said ball member is movable with respect to said first and second annular members, a second configuration, in which said ball member is gradually movable with respect to said first and second annular members, and a third configuration, in which said ball member is fixed with respect to said first and second annular members, wherein each of said first and said second annular members comprises interior walls (109a,1 10a) and exterior walls (109b,1 10b); at least a portion of the exterior walls of said first annular member being threaded, and at least a portion of the interior walls of said second annular member being threaded, wherein said first and second annular members are configured to be threadedly engaged, characterized in that said medical dressing comprises a centrally disposed aperture configured to encircle said first annular member, and wherein said medical dressing comprises a backing layer, an adhesive skin contact layer and an absorbent pad between said backing layer and said adhesive skin contact layer. - a skin attachment element comprising a first annular member disposed about a longitudinal center line, - a ball member arranged in said first annular member, wherein said ball member comprises a channel extending through said ball member and being configured to receive a trocar, and - a second annular member disposed about said longitudinal center line and being configured to engage with said first annular member,
Method for manufacturing an air filtration device comprising a filter medium connected to a support comprising at least one flat air pipe wall (14, 16; 30, 32) of thickness e and density m v of which the product P, referred to as the product of rigidity, satisfies the following relationship, referred to as the rigidity relationship: P = e × m v ≥ 0.5 kg / m 2 P preferably being greater than 1 kg/m 2 even greater than 2 kg/m 2, characterized in that: - the filter medium is connected to the pipe wall (14, 16; 30, 32), made from a synthetic material of the thermoplastic polymer type, of initially planar shape, using a thermal welding operation, without the addition of material, welding a junction face of the pipe wall (14, 16; 30, 32) to a complementary junction surface of the filter medium, then - an operation of straightening at least one end of the pipe wall (14, 16; 30, 32) that has become deformed through this thermal welding operation is performed by heating this deformed end so that it can be straightened in order more or less to return the pipe wall (14, 16; 30, 32) to its planar initial shape. - the filter medium is connected to the pipe wall (14, 16; 30, 32), made from a synthetic material of the thermoplastic polymer type, of initially planar shape, using a thermal welding operation, without the addition of material, welding a junction face of the pipe wall (14, 16; 30, 32) to a complementary junction surface of the filter medium, then - an operation of straightening at least one end of the pipe wall (14, 16; 30, 32) that has become deformed through this thermal welding operation is performed by heating this deformed end so that it can be straightened in order more or less to return the pipe wall (14, 16; 30, 32) to its planar initial shape.
An insomnia treatment assistance device mounted on a portable terminal, comprising: a sleep efficiency calculation unit configured to calculate sleep efficiency of a user on the basis of information regarding a bedtime, a fall-asleep time, a wakening time, and a get-up time of the user; a time setting unit (14, 14', 15, 15') configured to set a user's bedtime and a sleepiness test execution time earlier than the bedtime by a first predetermined time on the basis of the sleep efficiency calculated by the sleep efficiency calculation unit; and a reminder message presentation unit configured to display, on the portable terminal, a reminder message of a content of prompting execution of the sleepiness test when the execution time set by the time setting unit (14, 14', 15, 15') has come or a time earlier or later than the execution time by a second predetermined time has come, and thereby present the reminder message to the user. a sleep efficiency calculation unit configured to calculate sleep efficiency of a user on the basis of information regarding a bedtime, a fall-asleep time, a wakening time, and a get-up time of the user; a time setting unit (14, 14', 15, 15') configured to set a user's bedtime and a sleepiness test execution time earlier than the bedtime by a first predetermined time on the basis of the sleep efficiency calculated by the sleep efficiency calculation unit; and a reminder message presentation unit configured to display, on the portable terminal, a reminder message of a content of prompting execution of the sleepiness test when the execution time set by the time setting unit (14, 14', 15, 15') has come or a time earlier or later than the execution time by a second predetermined time has come, and thereby present the reminder message to the user.
A handle for attachment to a main body by means of screws, comprising: - a base profile having two end-side receiving portions, the receiving portions extending towards each other in inclined fashion; and - two sliding blocks, which have respective threaded holes for receiving the screws, each of the sliding blocks being formed to be inserted in a respective receiving portion and an outer profile cross-section of the sliding blocks being at least partly adapted to respective inner profile cross-sections of the receiving portions; wherein the handle can be rigidly fixed to the main body by inserting each of the sliding blocks into a respective receiving portion and by attaching it by screwing a respective screw interspersing the main body into the respective threaded hole, such that tensile stresses are created in the direction of the surface of the main body and the base profile is clamped between the rigidly fixed sliding blocks. - a base profile having two end-side receiving portions, the receiving portions extending towards each other in inclined fashion; and - two sliding blocks, which have respective threaded holes for receiving the screws, each of the sliding blocks being formed to be inserted in a respective receiving portion and an outer profile cross-section of the sliding blocks being at least partly adapted to respective inner profile cross-sections of the receiving portions; wherein the handle can be rigidly fixed to the main body by inserting each of the sliding blocks into a respective receiving portion and by attaching it by screwing a respective screw interspersing the main body into the respective threaded hole, such that tensile stresses are created in the direction of the surface of the main body and the base profile is clamped between the rigidly fixed sliding blocks.
An implantable medical device comprising: an exterior surface; and a coating disposed on at least a portion of the exterior surface of the medical device, the coating comprising: a poly(monochloro-p-xylylene) coating formed on at least a portion of the implantable medical device; a layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol) methyl ether linked to the poly(monochloro-p-xylylene) coating by covalent bonds; and a bifunctional linker disposed between poly(monochloro-p-xylylene) coating and the layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol)methyl ether, wherein the bifunctional linker is covalently bonded to the poly(monochloro-p-xylylene) coating and to the layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol) methyl ether. an exterior surface; and a coating disposed on at least a portion of the exterior surface of the medical device, the coating comprising: a poly(monochloro-p-xylylene) coating formed on at least a portion of the implantable medical device; a layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol) methyl ether linked to the poly(monochloro-p-xylylene) coating by covalent bonds; and a bifunctional linker disposed between poly(monochloro-p-xylylene) coating and the layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol)methyl ether, wherein the bifunctional linker is covalently bonded to the poly(monochloro-p-xylylene) coating and to the layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol) methyl ether. a poly(monochloro-p-xylylene) coating formed on at least a portion of the implantable medical device; a layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol) methyl ether linked to the poly(monochloro-p-xylylene) coating by covalent bonds; and a bifunctional linker disposed between poly(monochloro-p-xylylene) coating and the layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol)methyl ether, wherein the bifunctional linker is covalently bonded to the poly(monochloro-p-xylylene) coating and to the layer including at least one of poly(ethylene glycol) and a poly(ethylene glycol) methyl ether.
A method for uplink data transmission, comprising: sending subset constraint indication information of a sounding reference signal, SRS, resource to a terminal device, wherein the subset constraint indication information is used for indicating at least one available SRS resource subset; determining a length of a SRS resource indicator, SRI, in downlink control information, DCI; sending the DCI to the terminal device, wherein the length of SRI is used to determine a target SRS resource subset corresponding to a target SRI in the at least one available SRS resource subset; and receiving uplink data from the terminal device for non-codebook-base transmission; wherein the uplink data is transmitted by a transmission parameter and a quantity of transmission layers, the transmission parameter is determined according to the target SRS resource subset and the quantity of transmission layers of corresponding uplink data is determined according to the quantity of antenna ports when each SRS resource in the target SRS resource subset is a single-port SRS resource. sending subset constraint indication information of a sounding reference signal, SRS, resource to a terminal device, wherein the subset constraint indication information is used for indicating at least one available SRS resource subset; determining a length of a SRS resource indicator, SRI, in downlink control information, DCI; sending the DCI to the terminal device, wherein the length of SRI is used to determine a target SRS resource subset corresponding to a target SRI in the at least one available SRS resource subset; and receiving uplink data from the terminal device for non-codebook-base transmission; wherein the uplink data is transmitted by a transmission parameter and a quantity of transmission layers, the transmission parameter is determined according to the target SRS resource subset and the quantity of transmission layers of corresponding uplink data is determined according to the quantity of antenna ports when each SRS resource in the target SRS resource subset is a single-port SRS resource.
System of a power device and a portable device for wireless charging of a battery of the portable device, which power device comprises an antenna to receive power adjustment information from the portable device to increase or to decrease the power (P P) of the magnetic field emitted by the antenna of the power device and which portable device comprises an antenna exposed to the magnetic field and connected via a matching stage to a rectifier stage, to rectify an antenna signal, and which portable device comprises a voltage limiter, to limit the rectified antenna signal, and to provide an input voltage (Ur) at an input pin of a charger IC, which provides a first charge current (Ic) at an output pin connected to the battery to charge the battery for a first period of time as power source with a constant first charge current (I C) characterized in, that the voltage limiter comprises a current sensor positioned in series to the voltage limiter configured to sense a waste current (I W) deducted from the rectified antenna signal to limit the input voltage (U I) of the charger IC and that the portable device comprises a charge voltage control stage, that is built to generate the power adjustment information for the power device to increase or to decrease the power of the magnetic field emitted by the antenna of the power device to steer the waste current (I W) within an upper limit and a lower limit.
METHOD FOR MANUFACTURING A MOBILE ASPHALT PLANT comprising the steps of: providing a filtration system, a gas exhaust equipment, a mixing system, a drying/heating system, a gas exhaust pipe and an unloading and dosing system; providing a chassis comprising a pair of main structures, wherein each main structure comprises: - a rear segment wherein the filtration system and the gas exhaust equipment are to be disposed thereon, comprising an extension beam and a beam on a set of wheels, wherein said beam on the set of wheels comprises a suspension system coupled to the said set of wheels by screws; - a center segment to support the mixing, drying, heating, gas exhaust pipe and unloading systems; - a rear transition joining the rear segment and the central segment; - a front segment containing the truck-engaging mechanism; and - a front transition joining the center segment and the front segment; selecting the extension beam from a set of standardized extension beams according to the size of the filtration system and the gas exhaust equipment; coupling said extension beam to said beam on the set of wheels; arranging said systems on said chassis; wherein said beam on the set of wheels has a fixed length which is independent of the size of the plant. providing a filtration system, a gas exhaust equipment, a mixing system, a drying/heating system, a gas exhaust pipe and an unloading and dosing system; providing a chassis comprising a pair of main structures, wherein each main structure comprises: - a rear segment wherein the filtration system and the gas exhaust equipment are to be disposed thereon, comprising an extension beam and a beam on a set of wheels, wherein said beam on the set of wheels comprises a suspension system coupled to the said set of wheels by screws; - a center segment to support the mixing, drying, heating, gas exhaust pipe and unloading systems; - a rear transition joining the rear segment and the central segment; - a front segment containing the truck-engaging mechanism; and - a front transition joining the center segment and the front segment; - a rear segment wherein the filtration system and the gas exhaust equipment are to be disposed thereon, comprising an extension beam and a beam on a set of wheels, wherein said beam on the set of wheels comprises a suspension system coupled to the said set of wheels by screws; - a center segment to support the mixing, drying, heating, gas exhaust pipe and unloading systems; - a rear transition joining the rear segment and the central segment; - a front segment containing the truck-engaging mechanism; and - a front transition joining the center segment and the front segment; selecting the extension beam from a set of standardized extension beams according to the size of the filtration system and the gas exhaust equipment; coupling said extension beam to said beam on the set of wheels; arranging said systems on said chassis; wherein said beam on the set of wheels has a fixed length which is independent of the size of the plant.
A nutritional composition, as a ready-to-use product or a ready-to-use product reconstituted with water from a manufactured powder, wherein the total energy content is 58-67 kcal/100 ml and the said composition comprises: a) a protein content which is 1.1-1.25 g/100 ml; b) a sialic acid content of 10-25 mg/100 ml; and c) a cholesterol content of 5-10 mg/100 ml. a) a protein content which is 1.1-1.25 g/100 ml; b) a sialic acid content of 10-25 mg/100 ml; and c) a cholesterol content of 5-10 mg/100 ml.