mhurhangee/ep-ind-claims huggingface dataset:
An integrated circuit, IC, comprising one or more DC blocking modules connected to a respective input/output, IO, pin of the IC, each DC blocking module comprising: a capacitor having a first terminal connected to the respective IO pin and a second terminal connected to a node of the circuitry of the IC; characterised in that each DC blocking module further comprising an electrostatic discharge, ESD, protection circuit connected in parallel to the capacitor, the ESD protection circuit comprising: a conduction path connected between the first terminal of the capacitor and the second terminal of the capacitor; and a control terminal configured to receive a control signal to switch the ESD protection circuit between: an operational mode in which the conduction path is in a non-conducting state and provides ESD protection to the capacitor; and a test mode in which the conduction path is in a conducting state and short circuits the capacitor. a capacitor having a first terminal connected to the respective IO pin and a second terminal connected to a node of the circuitry of the IC; characterised in that each DC blocking module further comprising an electrostatic discharge, ESD, protection circuit connected in parallel to the capacitor, the ESD protection circuit comprising: a conduction path connected between the first terminal of the capacitor and the second terminal of the capacitor; and a control terminal configured to receive a control signal to switch the ESD protection circuit between: an operational mode in which the conduction path is in a non-conducting state and provides ESD protection to the capacitor; and a test mode in which the conduction path is in a conducting state and short circuits the capacitor. a conduction path connected between the first terminal of the capacitor and the second terminal of the capacitor; and a control terminal configured to receive a control signal to switch the ESD protection circuit between: an operational mode in which the conduction path is in a non-conducting state and provides ESD protection to the capacitor; and a test mode in which the conduction path is in a conducting state and short circuits the capacitor. an operational mode in which the conduction path is in a non-conducting state and provides ESD protection to the capacitor; and a test mode in which the conduction path is in a conducting state and short circuits the capacitor.
A safety device for a pre-filled syringe comprising - a support body (1.3) adapted to mount the pre-filled syringe, - a first needle shield (1.1) slidably arranged with respect to the support body (1.3) and - a second needle shield (1.2) slidably arranged with respect to the support body (1.4) and releasably retained in a retracted position, wherein a proximal movement of the first needle shield (1.1) with respect to the support body (1.3) releases the retention of the second needle shield (1.2) in the retracted position, characterised in that the second needle shield (1.2) comprises a helical recess (1.2.1) accommodating a projection (1.3.2) of the support body (1.3) so that it is allowed to slide parallel to a central axis of the safety device in the distal direction towards an advanced position wherein it is forced to rotate with respect to the support body (1.3). - a support body (1.3) adapted to mount the pre-filled syringe, - a first needle shield (1.1) slidably arranged with respect to the support body (1.3) and - a second needle shield (1.2) slidably arranged with respect to the support body (1.4) and releasably retained in a retracted position,
A binder composition comprising: at least one formaldehyde-containing compound; a cyclic urea-dialdehyde compound; and a polyamine compound selected from melamine and dicyandiamide. at least one formaldehyde-containing compound; a cyclic urea-dialdehyde compound; and a polyamine compound selected from melamine and dicyandiamide.
A process for preparing a laminated glazing suitable for use in a vehicle comprising the steps of: i) providing a first glass sheet with a first composition formed into a desired shape with a first thickness and with a first composition; ii) providing a second substantially flat glass sheet with a second composition and a second thickness, and wherein the thickness of the first sheet is different to the thickness of the second glass sheet; iii) providing an interlayer structure located between the first and second glass sheet; and iv) providing a mould which is shaped substantially the same as the first glass sheet against the second glass sheet; and v) laminating together the first and second glass sheets and the interlayer at a temperature and pressure sufficient to adhere the interlayer material to the glass sheets, such that after lamination, the shape of the second glass sheet is sufficiently aligned with the shape of the first glass sheet; and wherein the first composition of the first glass sheet is different to the second composition of the second glass sheet. i) providing a first glass sheet with a first composition formed into a desired shape with a first thickness and with a first composition; ii) providing a second substantially flat glass sheet with a second composition and a second thickness, and wherein the thickness of the first sheet is different to the thickness of the second glass sheet; iii) providing an interlayer structure located between the first and second glass sheet; and iv) providing a mould which is shaped substantially the same as the first glass sheet against the second glass sheet; and v) laminating together the first and second glass sheets and the interlayer at a temperature and pressure sufficient to adhere the interlayer material to the glass sheets, such that after lamination, the shape of the second glass sheet is sufficiently aligned with the shape of the first glass sheet; and
A test stand for evaluating a material to be used in a battery under conditions that may occur during a thermal runaway, the test stand comprising a housing, wherein in an inner space of the housing at least one activatable initiation cell, a plurality of cylindrical battery cells (32, 33, 34, 35, 36) and the material to be evaluated being arranged in the interior space or on the housing, a first temperature sensor and at least one second temperature sensor being arranged in the inner space, a distance A 1 between the initiation cell and the first temperature sensor and a distance A 2 between the initiation cell and the second temperature sensor being different from one another, characterized in that the housing has a housing base which lies in an X-Y plane and from which also the initiation cell and the battery cells extend perpendicularly in a Z-direction, wherein a third temperature sensor is provided which measures the temperature at a height in the Z-direction which is different from the height at which the temperature is measured by the first temperature sensor and/or the temperature is measured by the second temperature sensor, wherein at least one of the temperature sensors projects vertically upwards from below through an opening in the housing base, the housing is supported on a plurality of feet so that a free space remains between the housing base and a ground on which the test stand stands with the feet, the free space being used for the mounting and arrangement of the temperature sensors.
Aircraft power unit nacelle, comprising: - fan cowl doors (10, 20), - fan cowl locking means for fixing and latching the fan cowl doors (10, 20), - an indication device for providing a warning signal when the fan cowl doors (10, 20) are not properly latched, comprising: - a panel fixed on one of the fan cowl doors (10, 20), - a primary locking device for fixing the panel to the fan cowl doors (10, 20), - rotating means located in one of the fan cowl doors (10, 20) for rotating the panel such that by rotating the panel it is latched over the fan cowl doors (10, 20) partially covering the fan cowl locking means, characterised by - a security locking device comprising security locking means providing a security alternative latch of the indication device over the fan cowl doors (10, 20), wherein the security locking means comprise engaging means and receiving means, the engaging means being located in the indication device and engaging with the receiving means located in the fan cowl doors (10, 20), wherein the engaging means comprise a rotating hook and a spring, both located on a support installed in the panel, the security locking means being configured such that they are latched only by closing the indication device over the fan cowl doors (10, 20), without the need of any further operation. - fan cowl doors (10, 20), - fan cowl locking means for fixing and latching the fan cowl doors (10, 20), - an indication device for providing a warning signal when the fan cowl doors (10, 20) are not properly latched, comprising: - a panel fixed on one of the fan cowl doors (10, 20), - a primary locking device for fixing the panel to the fan cowl doors (10, 20), - rotating means located in one of the fan cowl doors (10, 20) for rotating the panel such that by rotating the panel it is latched over the fan cowl doors (10, 20) partially covering the fan cowl locking means, characterised by - a panel fixed on one of the fan cowl doors (10, 20), - a primary locking device for fixing the panel to the fan cowl doors (10, 20), - rotating means located in one of the fan cowl doors (10, 20) for rotating the panel such that by rotating the panel it is latched over the fan cowl doors (10, 20) partially covering the fan cowl locking means, characterised by - a security locking device comprising security locking means providing a security alternative latch of the indication device over the fan cowl doors (10, 20), wherein the security locking means comprise engaging means and receiving means, the engaging means being located in the indication device and engaging with the receiving means located in the fan cowl doors (10, 20),
A signal converting system for a tap changer comprising: an electronic voltage converting device for receiving an input signal for driving a tap changer motor drive, and for outputting a digital signal corresponding to said input signal, said electronic voltage converting device having: a voltage protector and a voltage rectifier for providing over-voltage protection and voltage rectification; a current controller for providing a current load upon an increase in the voltage level of said input signal; a voltage regulator to provide a reference voltage; characterised by a voltage to duty converter for converting a frequency and duty cycle of said input signal, and a transmitter coupled to the voltage to duty converter; and a controller comprising a processing unit for decoding and processing a digital signal output by the transmitter to the controller; said output digital signal controlling the tap changer motor drive based on said input signal; said electronic voltage converting device being adapted to receive differing input signal voltages from about 10V to about 390V, such that a single electronic voltage converting device may be used with different input signal voltage levels. a voltage protector and a voltage rectifier for providing over-voltage protection and voltage rectification; a current controller for providing a current load upon an increase in the voltage level of said input signal; a voltage regulator to provide a reference voltage; characterised by a voltage to duty converter for converting a frequency and duty cycle of said input signal, and a transmitter coupled to the voltage to duty converter; and a controller comprising a processing unit for decoding and processing a digital signal output by the transmitter to the controller; said output digital signal controlling the tap changer motor drive based on said input signal; said electronic voltage converting device being adapted to receive differing input signal voltages from about 10V to about 390V, such that a single electronic voltage converting device may be used with different input signal voltage levels.
A removable security fastener, comprising: a first end portion; a second end portion comprising a thread pattern; a medial portion of said fastener disposed between said first end portion and said second end portion; a key-receiving lock pattern on said medial portion for rotating said fastener during installation and removal; characterized by: said first end portion comprising a security feature that prevents said fastener from being rotated should an attempt be made to rotate said fastener by gripping said first end portion; said security feature comprising a security structure selected from the group consisting of said first end portion being formed entirely as a generally cylindrical breakaway post, a rotatable cap on said first end portion, and a combination of a breakaway post on said first end portion and a rotatable cap on said breakaway post. a first end portion; a second end portion comprising a thread pattern; a medial portion of said fastener disposed between said first end portion and said second end portion; a key-receiving lock pattern on said medial portion for rotating said fastener during installation and removal; characterized by: said first end portion comprising a security feature that prevents said fastener from being rotated should an attempt be made to rotate said fastener by gripping said first end portion; said security feature comprising a security structure selected from the group consisting of said first end portion being formed entirely as a generally cylindrical breakaway post, a rotatable cap on said first end portion, and a combination of a breakaway post on said first end portion and a rotatable cap on said breakaway post. said first end portion comprising a security feature that prevents said fastener from being rotated should an attempt be made to rotate said fastener by gripping said first end portion; said security feature comprising a security structure selected from the group consisting of said first end portion being formed entirely as a generally cylindrical breakaway post, a rotatable cap on said first end portion, and a combination of a breakaway post on said first end portion and a rotatable cap on said breakaway post.
Deep-drawing device for deep drawing a film, comprising an arrangement of multiple die plates (9, 9') which is drivable by a conveyor on a circulating path, wherein each die plate (9, 9') has at least one mould, and having at least one moulding-vacuum device, wherein the moulding-vacuum device comprises at least one first vacuum source for providing a vacuum, and wherein the at least one first vacuum source can be connected via a first vacuum channel to the at least one mould of each die plate (9, 9') to provide a vacuum for deep drawing the film, and having at least one hotplate for heating the film, wherein the hotplate has a top side facing away from the die plates (9, 9') and a bottom side facing towards the die plate (9, 9'), and having a vertical direction extending from the bottom side of the hotplate to the top side of the hotplate, characterized in that the bottom side of the hotplate has at least one shaping contour corresponding to the mould, wherein the shaping contour is designed such that a film portion of the film that lies between the shaping contour of the hotplate and the mould can be locally differently heated. comprising an arrangement of multiple die plates (9, 9') which is drivable by a conveyor on a circulating path, wherein each die plate (9, 9') has at least one mould, and having at least one moulding-vacuum device, wherein the moulding-vacuum device comprises at least one first vacuum source for providing a vacuum, and wherein the at least one first vacuum source can be connected via a first vacuum channel to the at least one mould of each die plate (9, 9') to provide a vacuum for deep drawing the film, and having at least one hotplate for heating the film, wherein the hotplate has a top side facing away from the die plates (9, 9') and a bottom side facing towards the die plate (9, 9'), and having a vertical direction extending from the bottom side of the hotplate to the top side of the hotplate, characterized in that the bottom side of the hotplate has at least one shaping contour corresponding to the mould, wherein the shaping contour is designed such that a film portion of the film that lies between the shaping contour of the hotplate and the mould can be locally differently heated.
A cleaner head for a cleaning appliance, the cleaner head comprising: a rotatable agitator (44,46) comprising a drive shaft, a body connected to the drive shaft, and at least one surface engaging member mounted on the body, each surface engaging member having a first extremity for engaging a surface to be cleaned and a second extremity located opposite to the first extremity and which is moveable relative to the drive shaft upon engagement between the first extremity and the surface; and an agitator chamber housing the agitator (44,46), the agitator chamber comprising a downwardly-directed opening through which debris energised by said at least one surface engaging member enters the cleaner head, the opening being located in a plane; wherein the body is inclined relative to the plane of the opening so that, with rotation of the agitator (44,46), the first extremity of each surface engaging member protrudes through the opening. a rotatable agitator (44,46) comprising a drive shaft, a body connected to the drive shaft, and at least one surface engaging member mounted on the body, each surface engaging member having a first extremity for engaging a surface to be cleaned and a second extremity located opposite to the first extremity and which is moveable relative to the drive shaft upon engagement between the first extremity and the surface; and an agitator chamber housing the agitator (44,46), the agitator chamber comprising a downwardly-directed opening through which debris energised by said at least one surface engaging member enters the cleaner head, the opening being located in a plane; wherein the body is inclined relative to the plane of the opening so that, with rotation of the agitator (44,46), the first extremity of each surface engaging member protrudes through the opening.
An artificial joint implant comprising a first element with a socket and a second element with a ball head, wherein said socket is at least hemispherical and said ball head is inserted in said socket such as to form a ball-and-socket connection between said first element and said second element, wherein movement of said ball head in said socket is restricted in at least one degree of freedom by means of at least one protrusion (6.1, 6.2) engaged in at least one groove, wherein said at least one protrusion (6.1, 6.2) is provided on said socket and said at least one groove is provided on said ball head or vice versa, characterised in that said first element further comprises an inlay rotatably coupled to a base portion around a first axis of rotation, wherein said at least one protrusion (6.1, 6.2) and said at least one groove are arranged to block said at least one degree of freedom of said ball-and-socket connection around a second axis of rotation which is substantially parallel to the first axis of rotation.
A compound saw, comprising: a frame; a motor driving assembly sleeved in the frame and rotatable around a first axis perpendicular to a main plane of the frame relative to the frame; and a saw blade mounted on an output shaft of the motor driving assembly and rotatable around a second axis passing through the output shaft relative to the motor driving assembly, wherein, the second axis is parallel to the first axis, and there is an eccentric distance between the second axis and the first axis, characterized in that the compound saw further comprises: a lower shielding case hinged on the frame and swingable within the main plane of the frame relative to the frame, wherein, the motor driving assembly is capable of driving the lower shielding case to swing when the motor driving assembly is rotated around the first axis relative to the frame. a frame; a motor driving assembly sleeved in the frame and rotatable around a first axis perpendicular to a main plane of the frame relative to the frame; and a saw blade mounted on an output shaft of the motor driving assembly and rotatable around a second axis passing through the output shaft relative to the motor driving assembly, wherein, the second axis is parallel to the first axis, and there is an eccentric distance between the second axis and the first axis, a lower shielding case hinged on the frame and swingable within the main plane of the frame relative to the frame, wherein, the motor driving assembly is capable of driving the lower shielding case to swing when the motor driving assembly is rotated around the first axis relative to the frame.
Improved de-dusting machine for cleaning leathers comprising: - a load-bearing framework suitable to rest on a reference surface; - a conveyor belt, coupled with said load-bearing framework, provided with an upper surface suitable to receive leathers of various sizes in spread position and operatively connected with first driving means suitable to move said conveyor belt to put said leathers advancing along a predetermined longitudinal direction; - cleaning means, associated with said conveyor belt, suitable to cooperate by contact with said leathers spread out on said conveyor belt so as to remove impurities, dust and/or shreds present on the front (S a) and/or rear surface (S p) of said leathers, said cleaning means comprising a surface coating made of adhesive material suitable to remove by detachment from said leathers and retain said impurities, dust and/or shreds, characterized in that it comprises grinding means, operatively connected with said cleaning means and operated in such a way as to define a rest position, in which said grinding means are far away from said cleaning means, and a working position in which said grinding means are arranged adjacent to said surface coating of said cleaning means with which cooperate by contact in order to remove by abrasion a part of the material of said surface coating of said cleaning means restoring the cleaning ability of said cleaning means. - a load-bearing framework suitable to rest on a reference surface; - a conveyor belt, coupled with said load-bearing framework, provided with an upper surface suitable to receive leathers of various sizes in spread position and operatively connected with first driving means suitable to move said conveyor belt to put said leathers advancing along a predetermined longitudinal direction; - cleaning means, associated with said conveyor belt, suitable to cooperate by contact with said leathers spread out on said conveyor belt so as to remove impurities, dust and/or shreds present on the front (S a) and/or rear surface (S p) of said leathers, said cleaning means comprising a surface coating made of adhesive material suitable to remove by detachment from said leathers and retain said impurities, dust and/or shreds,