mhurhangee/ep-ind-claims huggingface dataset:
A method for forming a bolt hole arrangement for an annular wall having an outer surface, an inner surface, and a bolt hole inner surface defining an annular wall bolt hole extending through the annular wall from the inner surface to the outer surface and having a bolt hole inner diameter, characterised in that the method comprises: positioning a guide plate against the inner surface of the annular wall with a guide bolt hole of the guide plate substantially axially aligned with the annular wall bolt hole, where the guide plate has a shape that is complementary to a shape of the inner surface of the annular wall, and wherein the guide bolt hole has a guide hole inner diameter that is less than the bolt hole inner diameter; applying an adhesive material to a bushing outer surface of a bushing having a cylindrical body with the bushing outer surface having a bushing outer diameter that is less than the bolt hole inner diameter and a bushing inner surface defining a cylindrical bore of the bushing having a bushing inner diameter that is approximately equal to the guide hole inner diameter; inserting the bushing into the annular wall bolt hole through the outer surface of the annular wall; inserting a guide bolt through the guide bolt hole and through the annular wall bolt hole through the inner surface, wherein the guide bolt engages the bushing inner surface to axially align the bushing with the annular wall bolt hole with an annular gap being formed between the bushing outer surface and the bolt hole inner surface with the adhesive material disposed within the annular gap; and allowing the adhesive material to harden and form a liquid shim separating the bushing outer surface from the bolt hole inner surface. positioning a guide plate against the inner surface of the annular wall with a guide bolt hole of the guide plate substantially axially aligned with the annular wall bolt hole, where the guide plate has a shape that is complementary to a shape of the inner surface of the annular wall, and wherein the guide bolt hole has a guide hole inner diameter that is less than the bolt hole inner diameter; applying an adhesive material to a bushing outer surface of a bushing having a cylindrical body with the bushing outer surface having a bushing outer diameter that is less than the bolt hole inner diameter and a bushing inner surface defining a cylindrical bore of the bushing having a bushing inner diameter that is approximately equal to the guide hole inner diameter; inserting the bushing into the annular wall bolt hole through the outer surface of the annular wall; inserting a guide bolt through the guide bolt hole and through the annular wall bolt hole through the inner surface, wherein the guide bolt engages the bushing inner surface to axially align the bushing with the annular wall bolt hole with an annular gap being formed between the bushing outer surface and the bolt hole inner surface with the adhesive material disposed within the annular gap; and allowing the adhesive material to harden and form a liquid shim separating the bushing outer surface from the bolt hole inner surface.
Nacelle component for a nacelle of a wind turbine, comprising a machine support module and an electrical module, wherein the machine support module and the electrical module in each case have a greater longitudinal extent (33, 35) than transverse extent (32, 34), wherein, in an assembled state of the nacelle component, the machine support module is oriented with its longitudinal extent along a perpendicular plane which extends through the axis of a rotor shaft, and wherein the longitudinal extent of the electrical module intersects the perpendicular plane which extends through the axis of the rotor shaft, wherein the electrical module comprises a component support, wherein the component support is removably secured to a central frame of the electrical module and wherein the component support carries elements (22, 23, 24, 25, 26) of the electrical module, characterized in that the component support rests on a lifting platform, wherein the lifting platform is connected via ropes to the central frame of the electrical module, wherein the free length of the ropes can be changed using winches of the lifting platform, such that it is possible to bring about vertical translation of the lifting platform.
A food processing appliance for processing foods and/or food ingredients, the food processing appliance comprising a body having a component portion ( 105 COMP) adapted to house at least part of the components that allow operating and controlling the food processing appliance, an arm portion ( 105 ARM) comprising an actuating element adapted to actuate a food processing tool, and a bowl container ( 110; 110') adapted to contain part of a bowl for receiving the foods and/or food ingredients to be processed, the bowl container ( 110, 110') comprising an inductive heating element ( 235; 235') for heating the foods and/or food ingredients contained in the bowl, characterized in that the bowl container ( 110; 110') further comprises: a thermally conductive portion ( 220; 220') adapted to come in contact with bowl; a heat-exchanger element ( 225; 225') coupled with the thermally conductive portion ( 220; 220'), and an electromagnetic transparent portion,( 230; 230'), and in that the inductive heating element ( 235; 235') is provided beneath said bottom electromagnetic transparent portion ( 230; 230'). a thermally conductive portion ( 220; 220') adapted to come in contact with bowl; a heat-exchanger element ( 225; 225') coupled with the thermally conductive portion ( 220; 220'), and an electromagnetic transparent portion,( 230; 230'), and in that the inductive heating element ( 235; 235') is provided beneath said bottom electromagnetic transparent portion ( 230; 230').
A tool body for a milling tool, the tool body comprising: - a front end and a rear end between which a centre axis and a peripheral envelope surface extend, the tool body being configured to be rotated in a direction of rotation around the centre axis, - at least one insert seat formed in a transition between the front end and the peripheral envelope surface, wherein the insert seat is configured to support a cutting insert adapted to be mounted therein, - a chip pocket provided in front of the insert seat in the direction of rotation, wherein the chip pocket is delimited by a wall surface, characterised in that a surface pattern comprising a plurality of first grooves (12, 12a-e) and second grooves (13, 13a-e) is formed on at least a portion of the wall surface, wherein the second grooves (13, 13a-e) intersect the first grooves (12, 12a-e) and wherein each groove of the first grooves and/or each groove of the second grooves has a concave groove profile. - a front end and a rear end between which a centre axis and a peripheral envelope surface extend, the tool body being configured to be rotated in a direction of rotation around the centre axis, - at least one insert seat formed in a transition between the front end and the peripheral envelope surface, wherein the insert seat is configured to support a cutting insert adapted to be mounted therein, - a chip pocket provided in front of the insert seat in the direction of rotation, wherein the chip pocket is delimited by a wall surface,
A method of producing a mixture of ethyl esters of plant fatty acids with a high content of cis- isomers of unsaturated fatty acids, characterised in that: a. a mixture of plant oils using a flow cavitation technique is obtained, wherein the cavitation is conducted in a flow cavitator possessing from 3 to 8 cavitation zones, b. the resulting mixture is used as a feedstock in the transesterification reaction with ethanol, wherein the transesterification is conducted in presence of a catalyst at a temperature below 49°C, at atmospheric pressure and in a molar excess of alcohol in relation to triglycerides, preferably from 13- to 16-fold, c. after completing the transesterification reaction, ethanol is evaporated out of the reaction mixture, wherein the evaporation process is conducted at a temperature not exceeding 49°C, over a time below 0.3 hours, preferably in a dome extractor equipped with spray nozzles with vapour diffusers, d. the ester phase is separated off and purified, particularly of the remaining catalyst, soaps and glycerine, and then the mixture of ethyl esters of plant fatty acids with a high content of cis- isomers of unsaturated fatty acids is clarified. a. a mixture of plant oils using a flow cavitation technique is obtained, wherein the cavitation is conducted in a flow cavitator possessing from 3 to 8 cavitation zones, b. the resulting mixture is used as a feedstock in the transesterification reaction with ethanol, wherein the transesterification is conducted in presence of a catalyst at a temperature below 49°C, at atmospheric pressure and in a molar excess of alcohol in relation to triglycerides, preferably from 13- to 16-fold, c. after completing the transesterification reaction, ethanol is evaporated out of the reaction mixture, wherein the evaporation process is conducted at a temperature not exceeding 49°C, over a time below 0.3 hours, preferably in a dome extractor equipped with spray nozzles with vapour diffusers, d. the ester phase is separated off and purified, particularly of the remaining catalyst, soaps and glycerine, and then the mixture of ethyl esters of plant fatty acids with a high content of cis- isomers of unsaturated fatty acids is clarified.
A wheel for a vehicle, especially a motor vehicle, comprising a rim, a hub portion, and at least two spokes connecting the hub portion to the rim, at least one spoke intermediate space between the spokes being at least partially covered by a predominantly flat cover element, characterised in that the cover element is produced from two different material layers (4.1, 4.2), the cover element comprising a metal layer (4.1) and also a plastics layer (4.2) which is produced in an injection moulding process and is thereby joined to the metal layer (4.1).
An integrated circuit antifuse comprising: a metal gate terminal that includes a gate metal that is either p-type or n-type; a first semiconductor region (204a, 204b) having either a p-type doping or an n-type doping, such that if the gate metal is p-type then the first semiconductor region has the n-type doping, and if the gate metal is n-type then the first semiconductor region has the p-type doping, wherein the first semiconductor region is a source/drain region that underlies a portion of the metal gate terminal such that an opposing polarity of the metal gate terminal and the source/drain region generates an intrinsic electric field at a boundary between the metal gate terminal and the source/drain region; an oxide layer having an approximately planar surface interposed between the metal gate terminal and the first semiconductor region; and a gate dielectric interposed between the metal gate terminal and the oxide layer, such that when a voltage is applied in parallel to the intrinsic electric field, the total electric field at the boundary increases. a metal gate terminal that includes a gate metal that is either p-type or n-type; a first semiconductor region (204a, 204b) having either a p-type doping or an n-type doping, such that if the gate metal is p-type then the first semiconductor region has the n-type doping, and if the gate metal is n-type then the first semiconductor region has the p-type doping, wherein the first semiconductor region is a source/drain region that underlies a portion of the metal gate terminal such that an opposing polarity of the metal gate terminal and the source/drain region generates an intrinsic electric field at a boundary between the metal gate terminal and the source/drain region; an oxide layer having an approximately planar surface interposed between the metal gate terminal and the first semiconductor region; and a gate dielectric interposed between the metal gate terminal and the oxide layer, such that when a voltage is applied in parallel to the intrinsic electric field, the total electric field at the boundary increases.
A method for controlling a ringing signal in a line card, comprising: generating a ringing signal on a subscriber line (160, 170); characterized by detecting a condition indicative of a precursor of the subscriber line (160, 170) going off-hook; and reducing an amplitude of the ringing signal to a reduced ringing state responsive to detecting the condition. generating a ringing signal on a subscriber line (160, 170); characterized by detecting a condition indicative of a precursor of the subscriber line (160, 170) going off-hook; and reducing an amplitude of the ringing signal to a reduced ringing state responsive to detecting the condition.
Automatic packing device for packing cushioning element(s) in a carton, which is to be mounted along a conveyor directed along a longitudinal axis (Y, Y'), said packing device comprising a robotic cell and a storage zone, said robotic cell comprising at least one means for gripping a cushioning element, the storage zone comprising at least one magazine, the device being characterised in that the magazine comprises at least one cassette which is movable along a transverse axis (X, X') from a loading position opposite a distributor of cushioning elements to an unloading position opposite the means for gripping a cushioning element, and the packing device comprises means for determining the dimensions of a carton and an automaton which is configured to determine, according to the size of the carton, a number and a type of cushioning elements to be introduced into the carton, and to introduce said cushioning elements into the carton.
A rechargeable battery comprising: an electrode assembly comprising a first electrode, a second electrode, and a separator between the first electrode and the second electrode; a case having an opening and housing the electrode assembly; and a cap assembly sealing the opening of the case, wherein the cap assembly comprises: a cap plate bonded to the case and covering the opening; a terminal plate bonded to the cap plate; and a thermal fusion member formed of an electrically insulating material, between the terminal plate and the cap plate and thermally fused with the terminal plate and the cap plate, wherein, in the terminal plate and the cap plate, a surface in contact with the thermal fusion member is etched such that the thermal fusion member is bonded thereto. an electrode assembly comprising a first electrode, a second electrode, and a separator between the first electrode and the second electrode; a case having an opening and housing the electrode assembly; and a cap assembly sealing the opening of the case, wherein the cap assembly comprises: a cap plate bonded to the case and covering the opening; a terminal plate bonded to the cap plate; and a thermal fusion member formed of an electrically insulating material, between the terminal plate and the cap plate and thermally fused with the terminal plate and the cap plate, wherein, in the terminal plate and the cap plate, a surface in contact with the thermal fusion member is etched such that the thermal fusion member is bonded thereto. a cap plate bonded to the case and covering the opening; a terminal plate bonded to the cap plate; and a thermal fusion member formed of an electrically insulating material, between the terminal plate and the cap plate and thermally fused with the terminal plate and the cap plate, wherein, in the terminal plate and the cap plate, a surface in contact with the thermal fusion member is etched such that the thermal fusion member is bonded thereto.
A method for adjusting or controlling at least one vehicle component in a vehicle, in particular an actuator, for example an electrical servo motor for a seat, a tripping mechanism of an airbag, or a display device in the vehicle, comprising the following steps: - capturing an image or a video of a preferably sitting person in the vehicle through an image capturing unit in 2D or 3D arranged in the vehicle, - extracting the body data of the person through a data processing unit and generation of a body data model from the body data through a data processing unit, - comparing, through a comparator unit, the body data model with a plurality of reference body poses obtained from a database and selecting a corresponding reference body pose, - activating an actuator assigned to the selected reference body pose with a setting of the actuator assigned to the selected reference body pose through an activation unit, characterized in that - the body data model is generated in form of a table with two-dimensional coordinates of key points of the body or in form of graphs with connecting lines in between the detected key points in the data processing unit, wherein - the comparison of the body data model with the reference body poses and the selection of a corresponding reference body pose is carried out by the comparator unit which applies a matching algorithm or a machine learning classification method, in particular a neuronal network trained with reference body images. - capturing an image or a video of a preferably sitting person in the vehicle through an image capturing unit in 2D or 3D arranged in the vehicle, - extracting the body data of the person through a data processing unit and generation of a body data model from the body data through a data processing unit, - comparing, through a comparator unit, the body data model with a plurality of reference body poses obtained from a database and selecting a corresponding reference body pose, - activating an actuator assigned to the selected reference body pose with a setting of the actuator assigned to the selected reference body pose through an activation unit, - the body data model is generated in form of a table with two-dimensional coordinates of key points of the body or in form of graphs with connecting lines in between the detected key points in the data processing unit, wherein - the comparison of the body data model with the reference body poses and the selection of a corresponding reference body pose is carried out by the comparator unit which applies a matching algorithm or a machine learning classification method, in particular a neuronal network trained with reference body images.
A rotor (3', 3") for a hover-capable aircraft, comprising: - a hub rotatable about a first axis; and - at least two blade hinged to said hub; each said blades comprising a main portion hinged to said hub and a tip portion, which is arranged radially outermost from said first axis with respect to the corresponding main portion; said tip portion (11, 11") of each said blade being movable with respect to the corresponding said main portion of that blade between: - a first position, in which it defines a dihedral or anhedral angle (α) with respect to the corresponding said main portion; and - a second position, in which it defines a positive or negative sweep angle (β) with respect to the corresponding said main portion; said main portion of each said blade extending along a second axis transversal to said first axis; said tip portion (11, 11") being movable on a plane transversal to said second axis between said first and second positions; each said blade comprising at least two actuating rods, which are operatively connected to the respective said tip portion (11, 11") to cause its transition with respect to the corresponding main portion; each said actuating rod being rotatable about said second axis; characterized in that each said actuating rod is curved, at least in part, with respect to said second axis; and in that the rotor (3', 3") further comprises at least two selectively operable freewheels operatively connected to said actuating rod; said freewheels enabling the rotation of said actuating rods in respective mutually opposite directions, following the aerodynamic action acting on the respective said blade. - a hub rotatable about a first axis; and - at least two blade hinged to said hub; - a first position, in which it defines a dihedral or anhedral angle (α) with respect to the corresponding said main portion; and - a second position, in which it defines a positive or negative sweep angle (β) with respect to the corresponding said main portion;
A medical device comprising: a catheter body; a first balloon coupled to the catheter body, the first balloon defining a first operating ratio defined as the ratio of an operating pressure of the first balloon to a predetermined burst pressure of the first balloon; a second, non-compliant balloon surrounding the first balloon to define a junction therebetween, wherein the second balloon has a second operating ratio defined as the ratio of an operating pressure of the second balloon to a predetermined burst pressure of the second balloon, and wherein the first operating ratio has an upper limit value which does not overlap a lower limit value of the second operating ratio; a pressure sensor in fluid communication with the junction or an interior of the first balloon; and a pressure relief valve in fluid communication with an interior of the first balloon. a catheter body; a first balloon coupled to the catheter body, the first balloon defining a first operating ratio defined as the ratio of an operating pressure of the first balloon to a predetermined burst pressure of the first balloon; a second, non-compliant balloon surrounding the first balloon to define a junction therebetween, wherein the second balloon has a second operating ratio defined as the ratio of an operating pressure of the second balloon to a predetermined burst pressure of the second balloon, and wherein the first operating ratio has an upper limit value which does not overlap a lower limit value of the second operating ratio; a pressure sensor in fluid communication with the junction or an interior of the first balloon; and a pressure relief valve in fluid communication with an interior of the first balloon. a first balloon coupled to the catheter body, the first balloon defining a first operating ratio defined as the ratio of an operating pressure of the first balloon to a predetermined burst pressure of the first balloon; a second, non-compliant balloon surrounding the first balloon to define a junction therebetween, wherein the second balloon has a second operating ratio defined as the ratio of an operating pressure of the second balloon to a predetermined burst pressure of the second balloon, and wherein the first operating ratio has an upper limit value which does not overlap a lower limit value of the second operating ratio; a pressure sensor in fluid communication with the junction or an interior of the first balloon; and a pressure relief valve in fluid communication with an interior of the first balloon.