mhurhangee/ep-ind-claims huggingface dataset:
Refrigerating system (24; 42) comprising: a refrigerating cycle having a compressor, a condenser, a collecting container, which is provided with a refrigerant fill level measuring unit, an expansion device, an evaporator and refrigerating circuits circulating a refrigerant therethrough; a valve positioned in flowing direction before the evaporator a liquefying set (34; 44) connected to the collecting container; characterised in that the refrigeration system has a control unit that in operation allows switching between normal operation of the refrigerating cycle and refrigerant collecting operation in which the valve positioned in flowing direction before the evaporator is closed; the refrigerant remaining between the valve and the compressor is sucked off by the compressor; the operation of the compressor is stopped; and the liquefying set (34; 44) cools the collecting container to become the coldest place on the high-pressure side of the refrigerating system (24; 42) and reduces the pressure and the temperature in the condenser below the ambient temperature thereby evaporating the remaining liquid refrigerant in the condenser and leading it into the collecting container for allowing to determine the amount of refrigerant within the refrigerating system (24; 42) by measuring the refrigerant fill level within the collecting container. a refrigerating cycle having a compressor, a condenser, a collecting container, which is provided with a refrigerant fill level measuring unit, an expansion device, an evaporator and refrigerating circuits circulating a refrigerant therethrough; a valve positioned in flowing direction before the evaporator a liquefying set (34; 44) connected to the collecting container; characterised in that the refrigeration system has a control unit that in operation allows switching between normal operation of the refrigerating cycle and refrigerant collecting operation in which the valve positioned in flowing direction before the evaporator is closed; the refrigerant remaining between the valve and the compressor is sucked off by the compressor; the operation of the compressor is stopped; and the liquefying set (34; 44) cools the collecting container to become the coldest place on the high-pressure side of the refrigerating system (24; 42) and reduces the pressure and the temperature in the condenser below the ambient temperature thereby evaporating the remaining liquid refrigerant in the condenser and leading it into the collecting container for allowing to determine the amount of refrigerant within the refrigerating system (24; 42) by measuring the refrigerant fill level within the collecting container.
A method of controlling a lift with a lift car including at least one lift door and a controller, which controls the lift door so that it is opened at a stopping point for the duration of a set value stored in the controller for the door opening time, wherein at least one door opening time is optimised in a manner specific to a stopping point in that for at least one stopping point a door reversal time period between carrying out a landing command and receipt of a subsequent car command is determined by the controller as a measured value and is compared with the set value for the door opening time wherein the difference between the measured value and set value is added to the set value in order to correct it for the subsequent door opening time, characterised in that in order to optimise the door opening time, in addition to the door reversal time period at least one further parameter is detected and analysed by the controller, wherein the frequency of light barrier interruptions at the at least one lift door is detected as the further parameter and analysed by the controller and/or that the frequency of the response of reversing contacts at the lift doors at the at least one stopping point is detected as the further parameter and analysed by the controller.
A surgical instrument device (1, 1A, 1B, 1C, 1D, 1E, 1F, 1G, 2, 2A, 2B) comprising: a surgical instrument portion (32, 32A, 32B, 32C, 32D) which is used in a surgical operation; a surgical instrument device body disposed at a proximal end part of the surgical instrument device and which holds the surgical instrument portion (32, 32A, 32B, 32C, 32D), the surgical instrument device body being provided with a driving unit (36, 36A, 37) for actuating the surgical instrument portion (32, 32A, 32B, 32C, 32D); a force transmitting member (34, 34C) which is formed in a shaft shape, of which one end portion in an axial direction is connected to the surgical instrument portion (32, 32A, 32B, 32C, 32D) and the other end portion in the axial direction is supported by the surgical instrument device body, and which transmits a force between the surgical instrument portion (32, 32A, 32B, 32C, 32D) and the driving unit (36, 36A, 37); characterized by a distance change detecting unit (41, 42) which detects a change in distance between two points along the axial direction of the force transmitting member (34, 34C) with respect to a reference distance between the two points of the force transmitting member when no load is applied to the surgical instrument portion (32, 32A, 32B, 32C, 32D); and a force calculating unit which calculates a force applied from the surgical instrument portion (32, 32A, 32B, 32C, 32D) or the driving unit (36, 36A, 37) to the force transmitting member (34, 34C) based on the change in distance detected by the distance change detecting unit (41, 42). a surgical instrument portion (32, 32A, 32B, 32C, 32D) which is used in a surgical operation; a surgical instrument device body disposed at a proximal end part of the surgical instrument device and which holds the surgical instrument portion (32, 32A, 32B, 32C, 32D), the surgical instrument device body being provided with a driving unit (36, 36A, 37) for actuating the surgical instrument portion (32, 32A, 32B, 32C, 32D); a force transmitting member (34, 34C) which is formed in a shaft shape, of which one end portion in an axial direction is connected to the surgical instrument portion (32, 32A, 32B, 32C, 32D) and the other end portion in the axial direction is supported by the surgical instrument device body, and which transmits a force between the surgical instrument portion (32, 32A, 32B, 32C, 32D) and the driving unit (36, 36A, 37); characterized by a distance change detecting unit (41, 42) which detects a change in distance between two points along the axial direction of the force transmitting member (34, 34C) with respect to a reference distance between the two points of the force transmitting member when no load is applied to the surgical instrument portion (32, 32A, 32B, 32C, 32D); and a force calculating unit which calculates a force applied from the surgical instrument portion (32, 32A, 32B, 32C, 32D) or the driving unit (36, 36A, 37) to the force transmitting member (34, 34C) based on the change in distance detected by the distance change detecting unit (41, 42).
Bearing system including a bearing and the bearing comprising: an outer ring; an inner ring; rollers, the rollers being fitted between the outer ring and the inner ring in the -radial direction of the bearing; and a holding cage, the holding cage likewise being fitted between the outer ring and the inner ring in the radial direction of the bearing and being used to hold the rollers, characterized in that the bearing system additionally includes a condition monitoring system, wherein the condition monitoring system comprises the following: an RFID chip, wherein the RFID chip is fixed to the holding cage; a printed electric wire, wherein the RFID chip and the printed electric wire are connected electrically to each other, the printed electric wire is fitted along the circumferential body of the holding cage and, assuming the intactness of the part of the holding cage covered by the printed electric wire, remains electrically conductive; and an RFID reading device, wherein the RFID reading device is able to communicate with the RFID chip via a high-frequency signal in order to monitor the condition of the holding cage. an outer ring; an inner ring; rollers, the rollers being fitted between the outer ring and the inner ring in the -radial direction of the bearing; and a holding cage, the holding cage likewise being fitted between the outer ring and the inner ring in the radial direction of the bearing and being used to hold the rollers, characterized in that the bearing system additionally includes a condition monitoring system, wherein the condition monitoring system comprises the following: an RFID chip, wherein the RFID chip is fixed to the holding cage; a printed electric wire, wherein the RFID chip and the printed electric wire are connected electrically to each other, the printed electric wire is fitted along the circumferential body of the holding cage and, assuming the intactness of the part of the holding cage covered by the printed electric wire, remains electrically conductive; and an RFID reading device, wherein the RFID reading device is able to communicate with the RFID chip via a high-frequency signal in order to monitor the condition of the holding cage. an RFID chip, wherein the RFID chip is fixed to the holding cage; a printed electric wire, wherein the RFID chip and the printed electric wire are connected electrically to each other, the printed electric wire is fitted along the circumferential body of the holding cage and, assuming the intactness of the part of the holding cage covered by the printed electric wire, remains electrically conductive; and an RFID reading device, wherein the RFID reading device is able to communicate with the RFID chip via a high-frequency signal in order to monitor the condition of the holding cage.
A cartridge for use in an aerosol-generating system, the cartridge comprising: a reservoir for liquid aerosol-forming substrate; a heating element for heating liquid aerosol-forming substrate from the reservoir; and a wall comprising a porous material, wherein: a first space adjacent to the heating element and between the wall and the heating element forms a hot zone, a second space adjacent to the heating element forms a feed zone, the reservoir is in fluid communication with the feed zone and the hot zone, at least a portion of the wall is positioned between the hot zone and the reservoir, the wall is in contact with the hot zone and the reservoir, and a portion of the wall in contact with the feed zone is thinner than a portion of the wall in contact with the hot zone. a reservoir for liquid aerosol-forming substrate; a heating element for heating liquid aerosol-forming substrate from the reservoir; and a wall comprising a porous material, wherein: a first space adjacent to the heating element and between the wall and the heating element forms a hot zone, a second space adjacent to the heating element forms a feed zone, the reservoir is in fluid communication with the feed zone and the hot zone, at least a portion of the wall is positioned between the hot zone and the reservoir, the wall is in contact with the hot zone and the reservoir, and a portion of the wall in contact with the feed zone is thinner than a portion of the wall in contact with the hot zone. a first space adjacent to the heating element and between the wall and the heating element forms a hot zone, a second space adjacent to the heating element forms a feed zone, the reservoir is in fluid communication with the feed zone and the hot zone, at least a portion of the wall is positioned between the hot zone and the reservoir, the wall is in contact with the hot zone and the reservoir, and a portion of the wall in contact with the feed zone is thinner than a portion of the wall in contact with the hot zone.
A housing for an optical connector configured to accommodate a ferrule assembly having a holder formed with a polygonal prism-shaped flange and to hold the ferrule assembly in a manner in which it is capable of elastically advancing and retracting in the housing, the housing comprising: a cavity, a polygonal engaging portion formed by a plurality of engaging walls and provided in the cavity to engage the flange upon insertion of the ferrule assembly, and a protrusion provided at an end side of each engaging wall which forms the engaging portion in a direction of inserting the ferrule assembly therein to rise in a direction of an opening for inserting the ferrule assembly to guide the flange of the ferrule assembly, wherein the protrusion is comprised of a plurality of protruding portions, the housing characterized in that each protruding portion has a different rising height. a cavity, a polygonal engaging portion formed by a plurality of engaging walls and provided in the cavity to engage the flange upon insertion of the ferrule assembly, and a protrusion provided at an end side of each engaging wall which forms the engaging portion in a direction of inserting the ferrule assembly therein to rise in a direction of an opening for inserting the ferrule assembly to guide the flange of the ferrule assembly, wherein the protrusion is comprised of a plurality of protruding portions, the housing characterized in that each protruding portion has a different rising height.
A support structure for a wind turbine built by means of two or more annular sectors with a polygonal or circumferential cross-section, joined to each other by transverse joints wherein one of said annular sectors can be provided by a metal column shaft and wherein one or more of the remaining annular sectors are obtained by at least two precast concrete wall pieces (2, 3), adjacently arranged, attached by longitudinal joints, the precast concrete wall pieces (2,3) of one or more of said annular sector have in one or two of their end portions a thickened section in which ducts are configured for arranging therethrough spans of prestressing cables or bond bars characterized in that - each of the mentioned precast concrete wall pieces (2,3) is obtained by prestressing in the factory, precompressing its body in a manufacturing bed by means of at least several stressed cables extending through it, such that a predetermined prestressing is incorporated in the piece from its manufacture and acts as a resistant reinforcement; - each of said precast concrete wall pieces (2,3) is assembled with the adjacent ones or with said metal column shaft or with a tower foundation to form the tower, with an attachment of said precast concrete wall pieces established only at an end portion thereof without additional post-tensioning affecting the entire wall piece - each of the mentioned precast concrete wall pieces (2,3) is obtained by prestressing in the factory, precompressing its body in a manufacturing bed by means of at least several stressed cables extending through it, such that a predetermined prestressing is incorporated in the piece from its manufacture and acts as a resistant reinforcement; - each of said precast concrete wall pieces (2,3) is assembled with the adjacent ones or with said metal column shaft or with a tower foundation to form the tower, with an attachment of said precast concrete wall pieces established only at an end portion thereof without additional post-tensioning affecting the entire wall piece
A method for fabricating stent comprising: determining an axial extension ratio and a radial expansion ratio of a polymeric tube and a value of a deformation processing parameter that results in a selected value of a mechanical property along the longitudinal axis and/or the circumferential direction of an axially extended and/or radially expanded tube; selecting a temperature for the polymeric tube as the deformation processing parameter, so that the nucleation rate is at least twice the crystal growth rate of the polymer when the polymer is deformed, wherein the selected temperature is chosen so that when the tube is axially extended and radially expanded at the selected temperature, there is a decrease in the size of crystalline domains and increase in the number of crystalline domains formed in the strained tube; axially extending and radially expanding the polymeric tube at the selected temperature such that the axially extended and radially expanded tube has the desired axial draw ratio, radial blow-up ratio and nucleation rate to crystal growth rate to form a tube having improved fracture toughness; and fabricating a stent from the axially extended and radially expanded tube. determining an axial extension ratio and a radial expansion ratio of a polymeric tube and a value of a deformation processing parameter that results in a selected value of a mechanical property along the longitudinal axis and/or the circumferential direction of an axially extended and/or radially expanded tube; selecting a temperature for the polymeric tube as the deformation processing parameter, so that the nucleation rate is at least twice the crystal growth rate of the polymer when the polymer is deformed, wherein the selected temperature is chosen so that when the tube is axially extended and radially expanded at the selected temperature, there is a decrease in the size of crystalline domains and increase in the number of crystalline domains formed in the strained tube; axially extending and radially expanding the polymeric tube at the selected temperature such that the axially extended and radially expanded tube has the desired axial draw ratio, radial blow-up ratio and nucleation rate to crystal growth rate to form a tube having improved fracture toughness; and fabricating a stent from the axially extended and radially expanded tube.
An aircraft windshield assembly comprising at least one window pane provided with a peripheral seal having substantially a U-shaped cross-section complementary with the cross-section of the peripheral edge of the window pane, a frame against which said window pane bears, at least one flange for clamping said window pane against said frame, and at least one cavity delimited between said peripheral seal, said frame and said flange, characterized in that it comprises at least one member of profiled cross-section (7; 7a, 7b) adapted to substantially fill said cavity and having, over at least part of its periphery, formations in relief (9, 10; 12) which with a facing surface define seal-forming baffles.
A fastening tape comprising a substrate layer comprising a nonwoven layer with two opposite faces defining a first outer face and a second outer face of the substrate layer, at least one fastening element provided on the first outer face of the substrate layer, the fastening tape being characterized in that the substrate layer presents an air permeability which is higher than 0 and lower than 30 l.m -2.s -1 as per ISO 9237 with a pressure of 200 Pa for a sample with a tested zone having a diameter of 8mm. a substrate layer comprising a nonwoven layer with two opposite faces defining a first outer face and a second outer face of the substrate layer, at least one fastening element provided on the first outer face of the substrate layer, the fastening tape being characterized in that the substrate layer presents an air permeability which is higher than 0 and lower than 30 l.m -2.s -1 as per ISO 9237 with a pressure of 200 Pa for a sample with a tested zone having a diameter of 8mm.
A flow directing device for use in a gas turbine engine, comprising: an airfoil having a leading edge, a trailing edge, a suction side and a pressure side wherein said suction side and said pressure side each have a gage point (Gs, Gp); a wall abutting said airfoil; and a fillet between said airfoil and wall; characterised in that said fillet has an enlarged section at said leading edge, along said suction and pressure sides, and towards said trailing edge, and ending adjacent said gage points. an airfoil having a leading edge, a trailing edge, a suction side and a pressure side wherein said suction side and said pressure side each have a gage point (Gs, Gp); a wall abutting said airfoil; and a fillet between said airfoil and wall; characterised in that said fillet has an enlarged section at said leading edge, along said suction and pressure sides, and towards said trailing edge, and ending adjacent said gage points.
A permission configuration method, applied to a terminal device, wherein the method comprises: receiving a first input performed by a user, wherein the first input is an input performed on a first object and a second object, the first object is used to indicate a first application, the second object is used to indicate a target object, the target object is a second application or a target function, the first object is an object on a first interface, and the second object is an object on a second interface; and displaying a target permission set on the first interface in response to the first input, wherein the target permission set is an intersection set between a first permission set and a second permission set, the first permission set is a permission set of the first application, the second permission set is a permission set of the target object, and the target permission set is used to configure a permission of the first application by allowing the user to-perform an input on a setting control (63, 64) corresponding to said permission; and the first interface is different from the second interface. receiving a first input performed by a user, wherein the first input is an input performed on a first object and a second object, the first object is used to indicate a first application, the second object is used to indicate a target object, the target object is a second application or a target function, the first object is an object on a first interface, and the second object is an object on a second interface; and displaying a target permission set on the first interface in response to the first input, wherein the target permission set is an intersection set between a first permission set and a second permission set, the first permission set is a permission set of the first application, the second permission set is a permission set of the target object, and the target permission set is used to configure a permission of the first application by allowing the user to-perform an input on a setting control (63, 64) corresponding to said permission; and the first interface is different from the second interface.
Brake arrangement having a coil core receiving a coil winding, in particular ring winding, in particular magnetic body, and having an armature disc arranged fixed against rotation but displaceable, in particular axially displaceable, in particular in the axial direction of a shaft to be braked, wherein at least one plunger part is connected to the armature disc, characterised in that the respective plunger part interacts with a sleeve part at least partially receiving the respective plunger part, wherein the sleeve part is connected to the coil core, in particular by a force fit, in particular wherein the sleeve part is held in a recess of the coil core by means of at least one elastic element.