mhurhangee/ep-ind-claims huggingface dataset:
Drive train having a first drive train member and at least a second drive train member, which are arranged integrally connected to each other between a drive and a tool, an overload protection device being arranged between the first drive train member and the second drive train member, wherein the drive train members are interconnected with an activated overload protection device as a composite of drive train members which are movably guided in relation to each other, characterized in that the drive train members are arranged mutually spaced by a safety space, the safety space corresponds at least to a drive stroke provided by the drive or a component of the drive, such as, for instance, a cam plate, during an operation movement cycle, the overload protection device having a power input element and a power output element which are frictionally rigidly interconnected by means of positive engagement and which are movable with respect to each other in case of an activated overload protection device, where the power input element and the power output element are arranged facing each other at their front sides, an emergency operation guide being provided by means of which the power input element and the power output element are interconnected in a manner mutually controlled and guided when the overload protection device is activated.
Apparatus for predicting a battery state-of-function, in particular the crank-ability of an engine starter battery, comprising a sensor unit configured for synchronously measuring a battery voltage and a battery current, and an evaluation unit for evaluating quantities measured by the sensor unit, wherein the evaluation unit is configured to determine at least the internal resistance of a battery based on a synchronous measurement of a battery voltage and a battery current by the sensor unit during at least one previous high current dynamic discharging event; wherein the evaluation unit is configured to provide a prediction on a battery state-of-function, in particular a prediction on the crank-ability of an engine starter battery, characterised in that: the evaluation unit is configured to provide the prediction on the battery state-of-function by conducting at least one comparison operation with stored experimental data containing positive and/or negative state-of-functions with corresponding parameter values, in particular including internal resistance, temperature and/or state-of-charge values; wherein the evaluation unit is configured to record determined internal resistance values and/or measured voltages and/or currents for subsequent prediction operations on a battery state-of-function. the evaluation unit is configured to provide the prediction on the battery state-of-function by conducting at least one comparison operation with stored experimental data containing positive and/or negative state-of-functions with corresponding parameter values, in particular including internal resistance, temperature and/or state-of-charge values; wherein the evaluation unit is configured to record determined internal resistance values and/or measured voltages and/or currents for subsequent prediction operations on a battery state-of-function.
A fingerprint recognition apparatus, comprising: a conductive housing; a conductor frame (220, 510), configured to transmit a radio frequency signal; and an insulation layer, disposed between the conductor frame and the conductive housing, such that the conductor frame and the conductive housing are in an insulated state; wherein a sensor of the fingerprint recognition apparatus is disposed between a fingerprint recognition plane and a circuit board, and the apparatus further comprises: a fastening layer, connected between the circuit board and the conductor frame (220, 510); wherein the insulation layer is in contact with an outer surface of the sensor of the fingerprint recognition apparatus; the conductor frame (220, 510) covers a part of the outer surface of the sensor; the insulation layer and the conductor frame (220, 510) are formed side-by-side in an integrated manner; wherein the apparatus is a terminal; and wherein the conductive housing is a rear housing of the terminal. a conductive housing; a conductor frame (220, 510), configured to transmit a radio frequency signal; and an insulation layer, disposed between the conductor frame and the conductive housing, such that the conductor frame and the conductive housing are in an insulated state; wherein a sensor of the fingerprint recognition apparatus is disposed between a fingerprint recognition plane and a circuit board, and the apparatus further comprises: a fastening layer, connected between the circuit board and the conductor frame (220, 510); wherein the insulation layer is in contact with an outer surface of the sensor of the fingerprint recognition apparatus; the conductor frame (220, 510) covers a part of the outer surface of the sensor; the insulation layer and the conductor frame (220, 510) are formed side-by-side in an integrated manner; wherein the apparatus is a terminal; and wherein the conductive housing is a rear housing of the terminal. a fastening layer, connected between the circuit board and the conductor frame (220, 510); wherein the insulation layer is in contact with an outer surface of the sensor of the fingerprint recognition apparatus; the conductor frame (220, 510) covers a part of the outer surface of the sensor; the insulation layer and the conductor frame (220, 510) are formed side-by-side in an integrated manner; wherein the apparatus is a terminal; and wherein the conductive housing is a rear housing of the terminal.
A developer supply container comprising: a developer accommodating chamber (2, 2k) configured to accommodate developer; a feeding portion configured and positioned to feed the developer in the developer accommodating chamber (2, 2k) by rotation thereof; a developer discharging chamber provided with a discharge opening configured to permit discharging of the developer fed by the feeding portion; a gear portion configured and positioned to rotate the feeding portion; a pump portion configured and positioned to act upon at least the developer discharging chamber (2, 2k), the pump portion having a volume that changes with reciprocation; and a drive converting portion (8, 9, 19, 20) configured and positioned to convert a rotational force generated by rotation of the gear portion to a force for operating the pump portion, characterized in that the drive converting portion (8, 9, 19, 20) includes a magnet portion (19, 20). a developer accommodating chamber (2, 2k) configured to accommodate developer; a feeding portion configured and positioned to feed the developer in the developer accommodating chamber (2, 2k) by rotation thereof; a developer discharging chamber provided with a discharge opening configured to permit discharging of the developer fed by the feeding portion; a gear portion configured and positioned to rotate the feeding portion; a pump portion configured and positioned to act upon at least the developer discharging chamber (2, 2k), the pump portion having a volume that changes with reciprocation; and a drive converting portion (8, 9, 19, 20) configured and positioned to convert a rotational force generated by rotation of the gear portion to a force for operating the pump portion, characterized in that the drive converting portion (8, 9, 19, 20) includes a magnet portion (19, 20).
A cutlery utensil dispenser, comprising: a housing comprising a first zone for holding a utensil to be dispensed, a second zone for receiving the utensil during dispensing, a third zone for delivering the dispensed utensil to a user; and a dispensing mechanism comprising a driving member operably coupled to a driven member; wherein the first, second and third zones being cooperatively configured and adapted to maintain, and present to the user, one end of the utensil ahead of an opposing end of the utensil during a dispensing operation; wherein the driven member being operably disposed to dispense a next-in-line utensil upon actuation of the driving member; wherein the driving member comprises a manually actuatable handle; the driven member comprises a crank comprising a crank arm coupled to the handle; and wherein in response to actuation of the handle, the crank is actuated via the crank arm to dispense the next-in-line utensil characterized in that the handle comprises a cam surface; the crank arm comprises a cam follower disposed in operable engagement with the cam surface; the crank comprises at least one dispensing finger (250, 252) proximate the next-in-line utensil; and in response to translation actuation of the handle, interaction between the cam surface and the cam follower causes rotation of the crank and dispensing engagement of the at least one finger with the next-in-line utensil. a housing comprising a first zone for holding a utensil to be dispensed, a second zone for receiving the utensil during dispensing, a third zone for delivering the dispensed utensil to a user; and a dispensing mechanism comprising a driving member operably coupled to a driven member; wherein the first, second and third zones being cooperatively configured and adapted to maintain, and present to the user, one end of the utensil ahead of an opposing end of the utensil during a dispensing operation; wherein the driven member being operably disposed to dispense a next-in-line utensil upon actuation of the driving member; wherein the driving member comprises a manually actuatable handle; the driven member comprises a crank comprising a crank arm coupled to the handle; and wherein in response to actuation of the handle, the crank is actuated via the crank arm to dispense the next-in-line utensil characterized in that the handle comprises a cam surface; the crank arm comprises a cam follower disposed in operable engagement with the cam surface; the crank comprises at least one dispensing finger (250, 252) proximate the next-in-line utensil; and in response to translation actuation of the handle, interaction between the cam surface and the cam follower causes rotation of the crank and dispensing engagement of the at least one finger with the next-in-line utensil.
A hydrogen gas burner (10, 110) comprising: a first pipe (12, 112) extendable into an oven chamber, the first pipe (12, 112) including a plurality of through-holes in a sidewall thereof and along a portion of a length thereof, fluidly communicating an interior of the first pipe (12, 112) with an exterior thereof; a combination gas valve and pressure regulator (24, 124) connected to an inlet of the first pipe (12, 112), the combination gas valve and pressure regulator (24, 124) being configured to fluidly connect a source of hydrogen gas with the interior of the first pipe (12, 112) at a predetermined pressure, such that the hydrogen gas flows into the first pipe (12, 112) from the inlet thereof and exits out of the first pipe (12, 112) through the plurality of through-holes; an igniter configured to provide an electrical spark adjacent at least one of the plurality of through-holes, and, in turn, ignite and initiate combustion of the hydrogen gas exiting from the plurality of through-holes; and a second pipe (14, 114) extendable into the oven chamber, the second pipe (14, 114) having a plurality of apertures (26, 26', 126) along a portion of a length of a sidewall thereof and fluidly communicating an interior of the second pipe (14, 114) with an exterior thereof, the second pipe (14, 114) being configured to fluidly connect at an inlet thereof with a source (4, 104) of air, such that the air flows into the second pipe (14, 114) from the inlet thereof and exits out of the second pipe (14, 114) through the apertures (26, 26', 126). a first pipe (12, 112) extendable into an oven chamber, the first pipe (12, 112) including a plurality of through-holes in a sidewall thereof and along a portion of a length thereof, fluidly communicating an interior of the first pipe (12, 112) with an exterior thereof; a combination gas valve and pressure regulator (24, 124) connected to an inlet of the first pipe (12, 112), the combination gas valve and pressure regulator (24, 124) being configured to fluidly connect a source of hydrogen gas with the interior of the first pipe (12, 112) at a predetermined pressure, such that the hydrogen gas flows into the first pipe (12, 112) from the inlet thereof and exits out of the first pipe (12, 112) through the plurality of through-holes; an igniter configured to provide an electrical spark adjacent at least one of the plurality of through-holes, and, in turn, ignite and initiate combustion of the hydrogen gas exiting from the plurality of through-holes; and a second pipe (14, 114) extendable into the oven chamber, the second pipe (14, 114) having a plurality of apertures (26, 26', 126) along a portion of a length of a sidewall thereof and fluidly communicating an interior of the second pipe (14, 114) with an exterior thereof, the second pipe (14, 114) being configured to fluidly connect at an inlet thereof with a source (4, 104) of air, such that the air flows into the second pipe (14, 114) from the inlet thereof and exits out of the second pipe (14, 114) through the apertures (26, 26', 126).
User interface device for controlling an electrical consumer including at least one light appliance, comprising: - a manual control unit device including a display unit and an input unit, the input unit for generating a switching signal based on an user input; and - an electronic control device adapted to - receive the switching signal; - generate an information signal based on the switching signal, wherein the information signal is provided to the display unit; and - output a control signal to the light appliance, charactertised in that - the information signal is based on the switching signal and a feedback signal received from the light appliance related to a control setting of the light appliance, and includes information at least indicating a direct relation between a presentation on the display unit and the control setting of the light appliance; and - the display unit is adapted to display the presentation based on the information included in the received information signal, wherein a light output of the display unit represents a characteristic of a light setting of the light appliance. - a manual control unit device including a display unit and an input unit, the input unit for generating a switching signal based on an user input; and - an electronic control device adapted to - receive the switching signal; - generate an information signal based on the switching signal, wherein the information signal is provided to the display unit; and - output a control signal to the light appliance, - receive the switching signal; - generate an information signal based on the switching signal, wherein the information signal is provided to the display unit; and - output a control signal to the light appliance, - the information signal is based on the switching signal and a feedback signal received from the light appliance related to a control setting of the light appliance, and includes information at least indicating a direct relation between a presentation on the display unit and the control setting of the light appliance; and - the display unit is adapted to display the presentation based on the information included in the received information signal, wherein a light output of the display unit represents a characteristic of a light setting of the light appliance.
Device having a wall, which is designed to tightly enclose a body part, comprises an electrically nonconductive material and has a shape which is adapted to the body part or adapts thereto by virtue of the elasticity of the wall, wherein the wall comes to bear on the skin of the body part via an inner face and the inner face is provided with at least one electrically conductive section, which is arranged in order to transmit electrical signals from or to the skin of the body part through the electrically nonconductive material of the wall, wherein the electrically conductive section is covered by the electrically nonconductive material such that the electrically conductive section only remains uncovered toward the inner face, and is connected to at least one conductor (5, 5') passing through the electrically nonconductive material, characterized in that the conductive section is integrated into the nonconductive material of the wall and forms a unitary and continuously formed inner face with the nonconductive material of the wall.
A multipolar single-head plug comprising: a bar electrode exposed at a tip thereof; multiple tubular electrodes (3a - 3d) arranged concentrically on the outer circumference of the bar electrode, the tubular electrodes (3a - 3d) being exposed at the outer circumference on a side closer to a root than the exposed part of the bar electrode at the tip; and an insulator comprises a first insulating part (41 a) between the bar electrode and the tubular electrode and a second insulating part (41 b) between the tubular electrodes (3a, 3b), wherein the multipolar single-head plug is integrated with an insulating resin for insert molding that forms part of the insulator, characterised in that at least one of the second insulating parts (41 b) comprises a front section comprising an insulating collar, a middle section being provided with an insulating material separate from the insulating resin for insert molding provided to form engagement with the insulating collar (411 b), and a rear section, and the separate insulating material provided so as to cover at least a given area of the outer circumference of the bar electrode or a given area of an outer circumference of one of the tubular electrodes (3a - 3d). a bar electrode exposed at a tip thereof; multiple tubular electrodes (3a - 3d) arranged concentrically on the outer circumference of the bar electrode, the tubular electrodes (3a - 3d) being exposed at the outer circumference on a side closer to a root than the exposed part of the bar electrode at the tip; and an insulator comprises a first insulating part (41 a) between the bar electrode and the tubular electrode and a second insulating part (41 b) between the tubular electrodes (3a, 3b), wherein the multipolar single-head plug is integrated with an insulating resin for insert molding that forms part of the insulator, at least one of the second insulating parts (41 b) comprises a front section comprising an insulating collar, a middle section being provided with an insulating material separate from the insulating resin for insert molding provided to form engagement with the insulating collar (411 b), and a rear section, and the separate insulating material provided so as to cover at least a given area of the outer circumference of the bar electrode or a given area of an outer circumference of one of the tubular electrodes (3a - 3d).
An engine device in which a first supercharger and a second supercharger are disposed in series on an exhaust gas discharge path of an engine, wherein the engine device has a structure in which the first supercharger and the second supercharger are disposed to be divided on opposed side faces of the engine, and wherein an upper side exhaust pipe (51, 52) between the engine and the first supercharger, a lower side exhaust pipe between the first supercharger and the second supercharger, and an intake pipe between the first supercharger and the second supercharger extend to be substantially flush with one another at a head-cover -disposed height of an upper face of the engine, characterized in that the engine device has a structure in which an exhaust inlet portion of the upper side exhaust pipe (51, 52) is connected to a cylinder head of the engine, and the lower side exhaust pipe is connected to and supported by the upper side exhaust pipe (51,52) via a connection bracket body (94,96,99), wherein an upper side pipe and a lower side pipe are provided as the upper side exhaust pipe (51, 52), and the upper side pipe and the lower side pipe are fixedly set up at substantially the same height.
A connection for connecting a first shaft (4, 20) and a second shaft (9, 21), the connection comprising: - a first shaft (4, 20) with a length in a longitudinal direction; - a second shaft (9, 21) with a length in the longitudinal direction, the first shaft and the second shaft being inter-connectable by connecting an interconnection part of the first shaft and an interconnection part of the second shaft; and - a band (10, 25) being positioned and adapted so as to lock the first shaft to the second shaft for transferring moment between the first (4, 20) and second (9, 21) shafts, the band being positioned and adapted so as to lock the first shaft to the second shaft by friction by providing pressure to the interconnection parts of the first and second shaft when the interconnection parts are interconnected, characterised in that the pressure is provided by winding the band around an outer circumferential surface enclosing the interconnection parts of the first shaft and second shaft, and in that the connection comprises a plurality of band windings and in that the pressure from the band to the interconnection parts is provided by tension in the band. - a first shaft (4, 20) with a length in a longitudinal direction; - a second shaft (9, 21) with a length in the longitudinal direction, the first shaft and the second shaft being inter-connectable by connecting an interconnection part of the first shaft and an interconnection part of the second shaft; and - a band (10, 25) being positioned and adapted so as to lock the first shaft to the second shaft for transferring moment between the first (4, 20) and second (9, 21) shafts, the band being positioned and adapted so as to lock the first shaft to the second shaft by friction by providing pressure to the interconnection parts of the first and second shaft when the interconnection parts are interconnected, characterised in that the pressure is provided by winding the band around an outer circumferential surface enclosing the interconnection parts of the first shaft and second shaft, and in that the connection comprises a plurality of band windings and in that the pressure from the band to the interconnection parts is provided by tension in the band.
A jet controller for a sanitary fitting, wherein the jet controller has at least three fluid channels (3, 4, 5), which can be supplied separately from one another with a respective fluid and through which the individual fluids can be supplied separately from one another to at least one outlet opening of the jet controller, characterized in that a sieve structure (15, 16, 17) is arranged in at least one of the fluid channels (3, 4, 5), wherein the sieve structure (15, 16, 17) has a plurality of honeycomb-shaped channels through which the liquid can be guided.
Safety disposable needle or canulla, wherein a blunt end of a needle or cannula H is attached to a hollow attachable part by an isolation bed, which has a neck at its end to attach to a syringe, the hollow attachable part has the shape of a double tube with a blinded bottom, and this bottom is equipped with a groove D in which a compression spring is fixed, an outer tube of the attachable part is provided with at least two shoulders characterized in that, the length of an inner tube of the attachable part does not exceed the outer tube and which contains an inner tube of cover with an internal conical opening for guiding the needle or cannula, wherein the cover has a shape corresponding to the shape of the hollow attachable part, where the cover is upheld to the hollow attachable part by at least one snap element with a blocking element, then the inside of the cover is provided with a groove D, d wherein in this groove D the other end of the compression spring is fixed, a front element with opening is by means of snap elements fixed on the outside of the cover, wherein the front element is provided with a flexible element on an internal shoulder to cover the opening after removing the needle or cannula from it, the blocking element is controlled by a lever mechanism situated at the outer side of the hollow attachable part.