mhurhangee/ep-ind-claims huggingface dataset:
Cartridge for detecting liquid level in a hydraulic tank, the cartridge being able to be housed in a partially through housing formed in the tank, the housing comprising two parts, a first part for receiving the cartridge emerging in an outer end towards the outside of the tank and via an inner end into a second part of the housing, the second part of the housing forming a cavity, the cartridge comprising a skirt provided with a first abutment at a first end, and a second abutment at a second end, the skirt being held in the cylindrical housing by means of the two abutments, characterized in that - the second end of the skirt is provided with flexible means (306, 307) forming the second abutment, - the flexible means are provided with at least two hinges (306 and 307), a top end (331 and 312) of each of the hinges being secured to the second end of the skirt, a bottom end (309, 310) of each of the hinges being secured to a base, each hinge being provided with two parts (313, 315 and 314, 316), a join (317, 318) between the two parts being arranged to separate outwards when the base is raised towards the end of the skirt and it is provided with a means (325, 326) for fixing the base on the skirt having a protuberance on the face of the end of the skirt directed towards the base, the protuberance being arranged to be snap-fitted into an orifice formed on the base. - the second end of the skirt is provided with flexible means (306, 307) forming the second abutment, - the flexible means are provided with at least two hinges (306 and 307), a top end (331 and 312) of each of the hinges being secured to the second end of the skirt, a bottom end (309, 310) of each of the hinges being secured to a base, each hinge being provided with two parts (313, 315 and 314, 316), a join (317, 318) between the two parts being arranged to separate outwards when the base is raised towards the end of the skirt and it is provided with a means (325, 326) for fixing the base on the skirt having a protuberance on the face of the end of the skirt directed towards the base, the protuberance being arranged to be snap-fitted into an orifice formed on the base.
A panel system comprising a number of fixed panels and a number of openable panels, each fixed panel and each openable panel comprising a frame structure composed of a set of profile elements (11, 12, 13, 14, 21, 22, 23, 24) encasing a panelling element (5; 15; 15'), said frame structure including one top profile element (11, 21) configured to be connected to a supporting structure by means of a mounting and hinge assembly of said panel system, wherein the mounting and hinge assembly comprises an installation profile (9; 9') with a main body having a first, interior end and a second, exterior end, and that at least one border section is provided in connection with at least one of the first, interior end and the second, exterior end of the main body, wherein the installation profile (9; 9') comprises an extruded profile of a metallic material, and characterised in that the border section in connection with the second, exterior, upper end of the main body is formed by an exchangeable, separate extension element of a thermal insulation material, which is connected to the main body. wherein the mounting and hinge assembly comprises an installation profile (9; 9') with a main body having a first, interior end and a second, exterior end, and that at least one border section is provided in connection with at least one of the first, interior end and the second, exterior end of the main body, wherein the installation profile (9; 9') comprises an extruded profile of a metallic material, and characterised in that the border section in connection with the second, exterior, upper end of the main body is formed by an exchangeable, separate extension element of a thermal insulation material, which is connected to the main body.
A flue pipe assembly for a gas appliance comprising at least a first pipe section and a second pipe section, and a first electrical conductor (41, 42, 43) and a second electrical conductor (41, 42, 43) attached to the first and the second pipe sections respectively; wherein the flue pipe assembly further comprises a pipe connection mechanism, and said pipe connection mechanism is disposed between the first and the second pipe sections (11, 12) to establish a mechanical connection therebetween, and in the mean time to establish an electrical connection between the first and the second electrical conductors (41, 42, 43); wherein said pipe connection mechanism comprises a connecting ring (21, 221, 222) covering adjacent end portions of the first and the second pipe sections, and further comprises electrical terminals (512, 5221) disposed on the connecting ring (21, 221, 222) to electrically connect the first and the second electrical conductors (41,42).
A musical instrument for preventing player's body from damping vibrations comprising: (a) an indirect sound production portion, comprising • a neck including a fingerboard and headstock with tuning heads, • an annular plate which on one end, designated as head, is designed to receive and secure said neck of said musical instrument and further comprises a second end opposite to the head and designated as tail, • a block connected to the inside surface of the annular plate at the head or tail of the annular plate or at both, and • a bridge support connected to said block, and • a bridge mounted on said bridge support, and (b) a direct sound production portion, comprising • at least one string attached on a first end to said tuning heads stretched tautly across said bridge and attached on a second end to said block, and (c) a covering portion, comprising a top and a bottom cover, attached to said annular plate, wherein said top cover provides for an opening for said bridge support, characterised in that said covers are acoustically decoupled from the direct and indirect sound production portions by an acoustically decoupling interface provided between said annular plate and said top and bottom covers, said interface comprising a layer which reduces sound conduction. (a) an indirect sound production portion, comprising • a neck including a fingerboard and headstock with tuning heads, • an annular plate which on one end, designated as head, is designed to receive and secure said neck of said musical instrument and further comprises a second end opposite to the head and designated as tail, • a block connected to the inside surface of the annular plate at the head or tail of the annular plate or at both, and • a bridge support connected to said block, and • a bridge mounted on said bridge support, and • a neck including a fingerboard and headstock with tuning heads, • an annular plate which on one end, designated as head, is designed to receive and secure said neck of said musical instrument and further comprises a second end opposite to the head and designated as tail, • a block connected to the inside surface of the annular plate at the head or tail of the annular plate or at both, and • a bridge support connected to said block, and • a bridge mounted on said bridge support, and (b) a direct sound production portion, comprising • at least one string attached on a first end to said tuning heads stretched tautly across said bridge and attached on a second end to said block, and • at least one string attached on a first end to said tuning heads stretched tautly across said bridge and attached on a second end to said block, and (c) a covering portion, comprising a top and a bottom cover, attached to said annular plate, wherein said top cover provides for an opening for said bridge support,
A method for ventilating a building using a rooftop heating ventilating and air conditioning system comprising: an economizer comprising an outdoor damper and a return damper, and a barometric relief damper for allowing air to exit the rooftop heating ventilation and cooling system when operating in an economizer mode, the method comprising: determining a first outdoor airflow into the rooftop heating ventilating and air conditioning system through the barometric relief damper; subtracting the first outdoor airflow from a minimum required outdoor airflow rate to arrive at second outdoor airflow; and setting the outdoor damper to provide an outdoor airflow through the outdoor damper that is substantially equal to the second outdoor airflow. determining a first outdoor airflow into the rooftop heating ventilating and air conditioning system through the barometric relief damper; subtracting the first outdoor airflow from a minimum required outdoor airflow rate to arrive at second outdoor airflow; and setting the outdoor damper to provide an outdoor airflow through the outdoor damper that is substantially equal to the second outdoor airflow.
A method for inkjet varnishing a substrate including the steps of: a) jetting a micro-pattern of a varnish having a viscosity of less than 30 mPa.s at 45°C and at a shear rate of 30 s -1 to a portion of said substrate by one or more printheads having nozzles with a nozzle diameter of no more than 30 μm; and b) curing the micro-pattern within 500 milliseconds after jetting, thereby providing a micro-roughness to said portion of said substrate. a) jetting a micro-pattern of a varnish having a viscosity of less than 30 mPa.s at 45°C and at a shear rate of 30 s -1 to a portion of said substrate by one or more printheads having nozzles with a nozzle diameter of no more than 30 μm; and b) curing the micro-pattern within 500 milliseconds after jetting,
An absorbent article having a lengthwise direction and a widthwise direction, and including a body section comprising a liquid-permeable front sheet provided on a skin side, a liquid-impermeable back sheet provided on a clothing side, and a liquid-retaining absorbing layer provided between the front sheet and the back sheet, and having a liquid-retaining super-absorbent polymer sheet provided between the front sheet and the absorbing layer and including an absorbent body composed only of a super-absorbent polymer, with liquid-permeable sheets (6b, 6c) sandwiching the absorbent body, and a pair of wing sections extending in the widthwise direction from both edges at the center in the lengthwise direction of the body section, wherein the front sheet and the super-absorbent polymer sheet are bonded, the pair of wing sections each have an edge in the lengthwise direction, the positions of the edges in the lengthwise direction of the wing sections each is the point where the borders of the wing sections intersect with the side edges of the body section, wing section action lines are defined along the widthwise direction by connecting the edges of said wing sections, edges in the lengthwise direction of the super-absorbent polymer sheet are positioned on the outer side in the lengthwise direction, with respect to the wing section action lines, and the wing section action lines are positioned at the same positions or on the outer sides in the lengthwise direction, with respect to a folding position when the absorbent article (1, 1A) is folded into three sections in the lengthwise direction for individual packaging of the absorbent article (1, 1A). wherein the front sheet and the super-absorbent polymer sheet are bonded, the pair of wing sections each have an edge in the lengthwise direction, the positions of the edges in the lengthwise direction of the wing sections each is the point where the borders of the wing sections intersect with the side edges of the body section, wing section action lines are defined along the widthwise direction by connecting the edges of said wing sections, edges in the lengthwise direction of the super-absorbent polymer sheet are positioned on the outer side in the lengthwise direction, with respect to the wing section action lines, and the wing section action lines are positioned at the same positions or on the outer sides in the lengthwise direction, with respect to a folding position when the absorbent article (1, 1A) is folded into three sections in the lengthwise direction for individual packaging of the absorbent article (1, 1A).
An electromagnetic dog clutch, comprising a movable gear sleeve and a fixed gear sleeve that mesh with each other for transmission, a first end cap is provided on an outer side of the movable gear sleeve, a bearing is provided on an outer circumference of the movable gear sleeve, the bearing is embedded in an bearing seat, a rear end of the bearing seat is provided with a positioning surface, a front end of the first end cap is a vertical plane that matches the positioning surface of the bearing seat, and characterized in that: the front end of the first end cap is provided with a positioning pin, the rear end of the bearing seat is provided with a positioning hole to cooperate with the positioning pin, and the positioning pin is inserted into the positioning hole to limit the bearing seat and the first end cap so that they can move in an axial direction relative to each other but cannot rotate relative to each other.
A method of controlling connectivity to a cellular radio network, the method comprising: for each of multiple applications configured at a radio device (10; 500; 800), the radio device (10; 500; 800) determining at least one characteristic of traffic generated by the application; and in response to one of the applications requiring establishment of a connection of the radio device (10; 500; 800) to the cellular radio network, the radio device (10; 500; 800) sending a request for establishing the connection to the cellular radio network, the request indicating the at least one characteristic corresponding to the application, characterised in that the at least one characteristic indicates whether the traffic is expected to form a single burst, and not a sequence of multiple data transfers separated in time. for each of multiple applications configured at a radio device (10; 500; 800), the radio device (10; 500; 800) determining at least one characteristic of traffic generated by the application; and in response to one of the applications requiring establishment of a connection of the radio device (10; 500; 800) to the cellular radio network, the radio device (10; 500; 800) sending a request for establishing the connection to the cellular radio network, the request indicating the at least one characteristic corresponding to the application, characterised in that the at least one characteristic indicates whether the traffic is expected to form a single burst, and not a sequence of multiple data transfers separated in time.
Liquid retention system comprising at least one collecting tank placed under a unit of a system at risk of leaking, and an ultrasonic sensor, and comprising a sensor receiving device as well as comprising a valve placed downstream of the collecting tank, it being possible for a sensor signal to be generated by means of the ultrasonic sensor, which signal encodes an identification of glycol in a water-glycol mixture to which the ultrasonic sensor is exposed, and it being possible for the valve placed downstream of the collecting tank to be actuated directly or indirectly on the basis of the sensor signal, the ultrasonic sensor being placed downstream of the collecting tank in a sensor receiving device, the sensor receiving device comprising a lower floor portion which is lower in relation to a bottom level of the collecting tank and is designed such that at least part of a fluid flowing out of the collecting tank collects therein, characterized in that the ultrasonic sensor has an ultrasonic transmitter and an ultrasonic receiver on a holder, in that the lower floor portion is a locally lower floor portion which defines a basin which is designed such that the transmitter and the receiver therein are wholly or at least substantially immersed in a fluid which is retained there, and in that the ultrasonic sensor is received by the sensor receiving device in such a way that the ultrasonic transmitter and ultrasonic receiver reach into the region of the lower floor portion. it being possible for a sensor signal to be generated by means of the ultrasonic sensor, which signal encodes an identification of glycol in a water-glycol mixture to which the ultrasonic sensor is exposed, and it being possible for the valve placed downstream of the collecting tank to be actuated directly or indirectly on the basis of the sensor signal, the ultrasonic sensor being placed downstream of the collecting tank in a sensor receiving device, the sensor receiving device comprising a lower floor portion which is lower in relation to a bottom level of the collecting tank and is designed such that at least part of a fluid flowing out of the collecting tank collects therein, characterized in that the ultrasonic sensor has an ultrasonic transmitter and an ultrasonic receiver on a holder, in that the lower floor portion is a locally lower floor portion which defines a basin which is designed such that the transmitter and the receiver therein are wholly or at least substantially immersed in a fluid which is retained there, and in that the ultrasonic sensor is received by the sensor receiving device in such a way that the ultrasonic transmitter and ultrasonic receiver reach into the region of the lower floor portion.
An ultrasonic surgical instrument comprising: a housing; an outer tube having a proximal end joined to the housing, the outer tube defining a longitudinal axis and at least one channel (202a-b); an ultrasonic waveguide positioned within the outer tube, having a proximal end, a distal end and an ultrasonically-actuated blade positioned at the distal end of the waveguide; an actuating lever for operating a clamp pad located at the distal end of the actuating lever, the actuating lever comprises a clamp arm and at least one aperture (200a-b) and operatively engages the outer tube such that the at least one aperture (200a-b) is in an overlapping relationship with the at least one channel (202a-b); and a cap (204a-b) for sealing the aperture (200a-b); wherein movement of the actuating lever relative to the outer tube positions the clamp arm between open and clamped positions relative to the blade. a housing; an outer tube having a proximal end joined to the housing, the outer tube defining a longitudinal axis and at least one channel (202a-b); an ultrasonic waveguide positioned within the outer tube, having a proximal end, a distal end and an ultrasonically-actuated blade positioned at the distal end of the waveguide; an actuating lever for operating a clamp pad located at the distal end of the actuating lever, the actuating lever comprises a clamp arm and at least one aperture (200a-b) and operatively engages the outer tube such that the at least one aperture (200a-b) is in an overlapping relationship with the at least one channel (202a-b); and a cap (204a-b) for sealing the aperture (200a-b); wherein movement of the actuating lever relative to the outer tube positions the clamp arm between open and clamped positions relative to the blade.
Friction element for a synchronizing device, wherein the composition of the friction element contains the following: - 0-25% friction dust, - 5-45% phenol resin unmodified or modified using cashew shell oil or NBR rubber, - 1-25% organic natural fibers, - z organic synthetic fibers, - 1-45% barium sulfate, - 1-50% Celite, - 1-30% metal fibers or metal powder, - 0-15% SiC, - 0-15% chromium oxide, characterized in that the composition of the friction element contains the following: - 5-15% friction dust, - 15-25% phenol resin modified using cashew shell oil, - 1-10% hemp fibers, - 1-10% PAN fibers, - 5-15% barite, - 35-45% Celite, - 5-15% copper chips, wherein all mass percentage values are based on the friction element present after production. - 0-25% friction dust, - 5-45% phenol resin unmodified or modified using cashew shell oil or NBR rubber, - 1-25% organic natural fibers, - z organic synthetic fibers, - 1-45% barium sulfate, - 1-50% Celite, - 1-30% metal fibers or metal powder, - 0-15% SiC, - 0-15% chromium oxide, - 5-15% friction dust, - 15-25% phenol resin modified using cashew shell oil, - 1-10% hemp fibers, - 1-10% PAN fibers, - 5-15% barite, - 35-45% Celite, - 5-15% copper chips,
A static spray mixer for mixing and spraying at least two flowable components having a tubular, single-piece mixer housing which extends in the direction of a longitudinal axis up to a distal end which has an outlet opening for the components, having at least one mixing element arranged in the mixer housing for intermixing the components as well as having an atomization sleeve which has an inner surface which surrounds the mixer housing in its end region, wherein the atomization sleeve has an inlet for a pressurized atomization medium, characterized in that the mixer housing has a distal end region which tapers toward the distal end, with the inner surface of the atomization sleeve being designed to cooperate with the distal end region and a plurality grooves being provided in the inner surface of the atomization sleeve which respectively extend in the direction of the longitudinal axis and through which the atomization medium can flow from the inlet of the atomization sleeve to the distal end of the mixer housing, with each groove having a depth in the radial direction which increases toward the distal end of the mixer housing.