mhurhangee/ep-ind-claims huggingface dataset:
A power tool comprising a light emitting device arranged to light up a screw joint on an object to be assembled, whereby the power tool is operative to: - retrieve a signal indicating the position of the power tool in relation to a number of screw joints on an object to be assembled; - provide a first type of light signal from the light emitting device in case the signal indicates that the power tool is positioned in relation to the screw joint next to be tighten, characterized in that the power tool is further operative to provide a second type of light signal in case the signal indicates that the power tool is positioned in another position, and in that the power tool is further arranged to provide a third type of light signal in case the power tool fulfills yet another condition, such as e.g. being positioned perpendicular to the object to be assembled and/or the power tool applying the correct axial force on the screw joint. - retrieve a signal indicating the position of the power tool in relation to a number of screw joints on an object to be assembled; - provide a first type of light signal from the light emitting device in case the signal indicates that the power tool is positioned in relation to the screw joint next to be tighten, characterized in that the power tool is further operative to provide a second type of light signal in case the signal indicates that the power tool is positioned in another position, and in that the power tool is further arranged to provide a third type of light signal in case the power tool fulfills yet another condition, such as e.g. being positioned perpendicular to the object to be assembled and/or the power tool applying the correct axial force on the screw joint. characterized in that the power tool is further operative to provide a second type of light signal in case the signal indicates that the power tool is positioned in another position, and in that the power tool is further arranged to provide a third type of light signal in case the power tool fulfills yet another condition, such as e.g. being positioned perpendicular to the object to be assembled and/or the power tool applying the correct axial force on the screw joint.
A material for 3D printing comprising: a polymeric composition comprising a thermoplastic polymer; and from 50 to 99 wt.% ceramic particles comprising a metal, wherein at least 50% by weight of the particles have a diameter in a range from 10 to 100 μm; wherein the material has a dielectric strength of at least 5 kV/mm and a dielectric constant of at least 5. a polymeric composition comprising a thermoplastic polymer; and from 50 to 99 wt.% ceramic particles comprising a metal, wherein at least 50% by weight of the particles have a diameter in a range from 10 to 100 μm; wherein the material has a dielectric strength of at least 5 kV/mm and a dielectric constant of at least 5.
Method for carrying out an in vitro cytotoxicity test in the ophthalmic sector, comprising the following operating steps: a selecting step wherein a substance to be tested and a concentration of interest of it are selected; a treatment step, carried out in vitro and in a liquid phase, wherein the substance to be tested, in the concentration of interest, is put in contact with living human cells, and is kept in contact with the human cells, in predetermined incubating conditions for a predetermined incubating time interval, wherein said predetermined incubating conditions provide for the immersion of each piece of tissue in a liquid culture medium containing the respective substance in the concentration provided for, and keeping the temperature in a predetermined range; an evaluating step wherein, once the predetermined incubating time interval has elapsed, the viability of the human cells subjected to the treatment step is evaluated; and a determining step wherein, based on the previously evaluated viability, the cytotoxicity or non-cytotoxicity of the substance to be tested is determined; wherein: for carrying out the method use is made of human cells constituted of one or more first pieces of tissue, wherein the tissue is an optical part of a human retina; the one or more first pieces of tissue are obtained from a human eyeball and each comprise the full thickness of the optical part of the retina; the human eyeball is an eyeball explanted from a deceased subject; and the treatment step starts within seventy-two hours of the death of the deceased subject. a selecting step wherein a substance to be tested and a concentration of interest of it are selected; a treatment step, carried out in vitro and in a liquid phase, wherein the substance to be tested, in the concentration of interest, is put in contact with living human cells, and is kept in contact with the human cells, in predetermined incubating conditions for a predetermined incubating time interval, wherein said predetermined incubating conditions provide for the immersion of each piece of tissue in a liquid culture medium containing the respective substance in the concentration provided for, and keeping the temperature in a predetermined range; an evaluating step wherein, once the predetermined incubating time interval has elapsed, the viability of the human cells subjected to the treatment step is evaluated; and a determining step wherein, based on the previously evaluated viability, the cytotoxicity or non-cytotoxicity of the substance to be tested is determined; wherein: for carrying out the method use is made of human cells constituted of one or more first pieces of tissue, wherein the tissue is an optical part of a human retina; the one or more first pieces of tissue are obtained from a human eyeball and each comprise the full thickness of the optical part of the retina; the human eyeball is an eyeball explanted from a deceased subject; and the treatment step starts within seventy-two hours of the death of the deceased subject.
Drawing and yielding assembly, characterized in that it comprises a contrast roll, rotatable idly around its axis of rotation, and at least two motorized rolls positioned on the periphery of said contrast roll to define passage gaps for the passage of wires (F1, F2), and in that said contrast roll has a larger diameter than the diameter of said motorized rolls.
Mixer tap for a drinks-dispensing system, comprising - an outlet body with an outlet opening, - an inlet body, in which inlet body is arranged at least one inlet channel for a first mixing component, - an inlet for a second mixing component, which inlet is arranged such that the second mixing component, prior to reaching the outlet opening of the outlet body, mixes with the first mixing component once the first mixing component has left the inlet body, characterized - in that the inlet body is arranged, at least in part, in the outlet body, wherein the inlet body has an outer side and the at least one inlet channel has a channel outlet, which terminates on this outer side, and - in that the mixer tap comprises an elastic membrane body with at least one membrane portion which butts in a force-fitting manner at least against part of the inlet body, which membrane portion closes the channel outlet of the at least one inlet channel in a sealed manner, wherein the membrane body is designed such that the at least one membrane portion, when the at least one inlet channel is subjected to a defined minimum pressure, lifts up from its seat such that the channel outlet of the at least one inlet channel is opened and a throughflow channel is formed between the inlet body and the membrane body, through which throughflow channel the first mixing component, introduced into the at least one inlet channel, leaves the inlet body. - an outlet body with an outlet opening, - an inlet body, in which inlet body is arranged at least one inlet channel for a first mixing component, - an inlet for a second mixing component, which inlet is arranged such that the second mixing component, prior to reaching the outlet opening of the outlet body, mixes with the first mixing component once the first mixing component has left the inlet body, characterized - in that the inlet body is arranged, at least in part, in the outlet body, wherein the inlet body has an outer side and the at least one inlet channel has a channel outlet, which terminates on this outer side, and - in that the mixer tap comprises an elastic membrane body with at least one membrane portion which butts in a force-fitting manner at least against part of the inlet body, which membrane portion closes the channel outlet of the at least one inlet channel in a sealed manner, wherein the membrane body is designed such that the at least one membrane portion, when the at least one inlet channel is subjected to a defined minimum pressure, lifts up from its seat such that the channel outlet of the at least one inlet channel is opened and a throughflow channel is formed between the inlet body and the membrane body, through which throughflow channel the first mixing component, introduced into the at least one inlet channel, leaves the inlet body.
High-temperature sensor element for a turbocharger overheating protection, wherein the high-temperature sensor element having connecting cables (6, 12), and wherein a measuring resistor chip being burnt into the high-temperature sensor element in a potting inside a sheathing tube (7, 11, 19) and being connected resiliently with bonding wires either to cores of a mineral-insulated feed line or to heat-decoupling wires, which lead out of the pottting, characterized in that, accordingly, either the bonding wires are wound resiliently around the cores of the mineralized feed line or the heat-decoupling wires are essentially sheathed by a ceramic capillary tube and at their end opposite to the measuring resistor chip are connected to the connecting cables (6, 12), wherein the connecting cables (6, 12) being spiral.
A tube pump comprising:- a base having a cylindrical supporting part protruding from one face side, the cylindrical supporting part having a hollow portion; a bearing (154a, 154b) placed on an outer periphery of the cylindrical supporting part; a columnar inner peripheral surface provided on said one face side; a tube of which at least a portion is disposed along the inner peripheral surface; a rotor disposed concentrically with the inner peripheral surface and having a coupling hole to accommodate the cylindrical supporting part and the bearing (154a, 154b) whereby the rotor is rotatably supported by the bearing (154a, 154b) while squeezing the tube between the rotor and the inner peripheral surface; a drive unit attached on the other face side of the base and having a drive shaft passing through the base to the one face side to be coupled to the rotor; characterised by a cylindrical coupling member located in the hollow portion of the cylindrical supporting part; a coupling hole is formed at a center of the rotor in which one end of the coupling member fits to couple to the rotor; wherein the other end of the cylindrical coupling member has a fitting hole into which a distal end of the drive shaft fits when the drive shaft is inserted in the cylindrical coupling member to couple the drive shaft of the drive unit. a base having a cylindrical supporting part protruding from one face side, the cylindrical supporting part having a hollow portion; a bearing (154a, 154b) placed on an outer periphery of the cylindrical supporting part; a columnar inner peripheral surface provided on said one face side; a tube of which at least a portion is disposed along the inner peripheral surface; a rotor disposed concentrically with the inner peripheral surface and having a coupling hole to accommodate the cylindrical supporting part and the bearing (154a, 154b) whereby the rotor is rotatably supported by the bearing (154a, 154b) while squeezing the tube between the rotor and the inner peripheral surface; a drive unit attached on the other face side of the base and having a drive shaft passing through the base to the one face side to be coupled to the rotor; characterised by a cylindrical coupling member located in the hollow portion of the cylindrical supporting part; a coupling hole is formed at a center of the rotor in which one end of the coupling member fits to couple to the rotor; wherein the other end of the cylindrical coupling member has a fitting hole into which a distal end of the drive shaft fits when the drive shaft is inserted in the cylindrical coupling member to couple the drive shaft of the drive unit.
An additional-filling-amount management system for managing a refrigerant filling amount with which a refrigeration cycle apparatus of a plurality of refrigeration cycle apparatus is additionally filled, wherein each refrigeration cycle apparatus of the plurality of refrigeration cycle apparatus is installed in a corresponding facility of a plurality of facilities, the additional-filling-amount management system comprising: a mass correlation data obtaining unit (441, 6, 60, 61', 56, 90) that obtains mass correlation data correlating with a mass of a refrigerant container from which refrigerant is supplied to the refrigeration cycle apparatus that is additionally filled with refrigerant; an additional-filling-amount determination unit that determines an additional filling amount on the basis of the mass correlation data, the additional filling amount being an amount of refrigerant, from the refrigerant container, with which the refrigeration cycle apparatus has been additionally filled; and a storage unit that stores apparatus information regarding the refrigeration cycle apparatus for which additional filling with refrigerant is completed and the additional filling amount that is the amount of refrigerant with which the refrigeration cycle apparatus identified with the apparatus information has been filled, in association with each other, characterised in that the apparatus information includes, at least, information for identifying an operation state of the refrigeration cycle apparatus and information for identifying an environmental condition of the refrigeration cycle apparatus a mass correlation data obtaining unit (441, 6, 60, 61', 56, 90) that obtains mass correlation data correlating with a mass of a refrigerant container from which refrigerant is supplied to the refrigeration cycle apparatus that is additionally filled with refrigerant; an additional-filling-amount determination unit that determines an additional filling amount on the basis of the mass correlation data, the additional filling amount being an amount of refrigerant, from the refrigerant container, with which the refrigeration cycle apparatus has been additionally filled; and a storage unit that stores apparatus information regarding the refrigeration cycle apparatus for which additional filling with refrigerant is completed and the additional filling amount that is the amount of refrigerant with which the refrigeration cycle apparatus identified with the apparatus information has been filled, in association with each other, characterised in that the apparatus information includes, at least, information for identifying an operation state of the refrigeration cycle apparatus and information for identifying an environmental condition of the refrigeration cycle apparatus
A multilayer film comprising: a. a barrier layer; and b. at least one quiet layer positioned adjacent to the barrier layer, said quiet layer comprising: i. 3 to 97 weight percent of at least one noise dampening polymer, and ii. 97 to 3 weight percent ethylene ester copolymer, based on the total weight of the layer; wherein said quiet layer has a tangent delta value of at least 0.10 at a temperature range of -25°C to 40°C, in accordance with ASTM D-4065; and wherein said film exhibits a tensile strength of 150 to 400 kg/m 2, measured in accordance with ASTM 882-12, characterized in that said at least one noise dampening polymer is selected from the group consisting of: styrene block copolymers that are either hydrogenated or non-hydrogenated, and combinations thereof, wherein said styrene block copolymers are selected from styrene-butadiene, styrene-isoprene, styrene-butadiene-styrene, styrene-isoprene-styrene, α-methylstyrene-butadiene-α-methylstyrene, α-methylstyrene-isoprene-α-methylstyrene, styrene ethylene/butylene styrene (SEBS), styrene ethylene/propylene styrene (SEPS), and styrene ethylene/ethylenepropylene-styrene (SEEPS). a. a barrier layer; and b. at least one quiet layer positioned adjacent to the barrier layer, said quiet layer comprising: i. 3 to 97 weight percent of at least one noise dampening polymer, and ii. 97 to 3 weight percent ethylene ester copolymer, based on the total weight of the layer; i. 3 to 97 weight percent of at least one noise dampening polymer, and ii. 97 to 3 weight percent ethylene ester copolymer, based on the total weight of the layer; wherein said quiet layer has a tangent delta value of at least 0.10 at a temperature range of -25°C to 40°C, in accordance with ASTM D-4065; and wherein said film exhibits a tensile strength of 150 to 400 kg/m 2, measured in accordance with ASTM 882-12, characterized in that said at least one noise dampening polymer is selected from the group consisting of: styrene block copolymers that are either hydrogenated or non-hydrogenated, and combinations thereof, wherein said styrene block copolymers are selected from styrene-butadiene, styrene-isoprene, styrene-butadiene-styrene, styrene-isoprene-styrene, α-methylstyrene-butadiene-α-methylstyrene, α-methylstyrene-isoprene-α-methylstyrene, styrene ethylene/butylene styrene (SEBS), styrene ethylene/propylene styrene (SEPS), and styrene ethylene/ethylenepropylene-styrene (SEEPS).
A computer-implemented method executed by one or more processors, the method comprising: during execution of a software application by a processor, receiving (210, 305), by a copy processor separate from the processor, a request for an asynchronous data copy operation to copy data within a memory accessible by the copy processor, wherein the request is received from a copy manager accessible by the software application in a user space of an operating system managing execution of the software application and includes a notification indication indicating how a notification that the asynchronous copy operation has completed is to be handled, wherein the notification indication indicates that a completion flag is to be set by the copy processor, wherein the copy manager is arranged to poll or check the completion flag; in response to the request, initiating (225, 310), by the copy processor, the asynchronous data copy operation; continuing execution of the software application by the processor; determining (235, 320), by the copy processor, that the asynchronous data copy operation has completed; in response to determining that the asynchronous copy operation has completed and according to the notification indication, selectively notifying (245, 250, 325), by the copy processor via the completion flag, that the asynchronous copy operation has completed, wherein the software application receives the notification that the asynchronous copy operation has completed via the copy manager arranged to poll or check the completion flag. during execution of a software application by a processor, receiving (210, 305), by a copy processor separate from the processor, a request for an asynchronous data copy operation to copy data within a memory accessible by the copy processor, wherein the request is received from a copy manager accessible by the software application in a user space of an operating system managing execution of the software application and includes a notification indication indicating how a notification that the asynchronous copy operation has completed is to be handled, wherein the notification indication indicates that a completion flag is to be set by the copy processor, wherein the copy manager is arranged to poll or check the completion flag; in response to the request, initiating (225, 310), by the copy processor, the asynchronous data copy operation; continuing execution of the software application by the processor; determining (235, 320), by the copy processor, that the asynchronous data copy operation has completed; in response to determining that the asynchronous copy operation has completed and according to the notification indication, selectively notifying (245, 250, 325), by the copy processor via the completion flag, that the asynchronous copy operation has completed, wherein the software application receives the notification that the asynchronous copy operation has completed via the copy manager arranged to poll or check the completion flag.
A heat pump comprising: a plurality of outdoor units (112, 122, 1312, 1314); a plurality of indoor units (162, 164, 166); a plurality of flow path switching apparatuses (132, 142) to switch a flow path between a first outdoor unit (112, 1312) from among the plurality of outdoor units and a first indoor unit for heating from among the plurality of indoor units so that a refrigerant flow path is formed from the first outdoor unit to the first indoor unit via a high-pressure gas pipe and that switch a flow path between a second outdoor unit (122, 1314) from among the plurality of outdoor units and a second indoor unit for air-conditioning from among the plurality of indoor units so that a refrigerant flow path is formed from the second indoor unit to the second outdoor unit via a low-pressure gas pipe; and an indoor unit mode controller for controlling the amount of refrigerant supplied to each of the indoor units, wherein the indoor unit mode controller is connected to the plurality of outdoor units through a liquid pipe, is connected to the plurality of flow path switching apparatuses via the high-pressure gas pipe and the low-pressure gas pipe, and is connected to the plurality of indoor units via a refrigerant circulation pipe so that a refrigerant is circulated between the plurality of outdoor units and the plurality of indoor units via the liquid pipe and the high-pressure gas pipe, the low-pressure gas pipe, and the refrigerant circulation pipe. a plurality of outdoor units (112, 122, 1312, 1314); a plurality of indoor units (162, 164, 166); a plurality of flow path switching apparatuses (132, 142) to switch a flow path between a first outdoor unit (112, 1312) from among the plurality of outdoor units and a first indoor unit for heating from among the plurality of indoor units so that a refrigerant flow path is formed from the first outdoor unit to the first indoor unit via a high-pressure gas pipe and that switch a flow path between a second outdoor unit (122, 1314) from among the plurality of outdoor units and a second indoor unit for air-conditioning from among the plurality of indoor units so that a refrigerant flow path is formed from the second indoor unit to the second outdoor unit via a low-pressure gas pipe; and an indoor unit mode controller for controlling the amount of refrigerant supplied to each of the indoor units, wherein the indoor unit mode controller is connected to the plurality of outdoor units through a liquid pipe, is connected to the plurality of flow path switching apparatuses via the high-pressure gas pipe and the low-pressure gas pipe, and is connected to the plurality of indoor units via a refrigerant circulation pipe so that a refrigerant is circulated between the plurality of outdoor units and the plurality of indoor units via the liquid pipe and the high-pressure gas pipe, the low-pressure gas pipe, and the refrigerant circulation pipe.