mhurhangee/patent-ind-claim-en huggingface dataset:
Arrangement for suspending a lighting device, wherein the arrangement comprises a spring element and a housing accommodating at least a portion of the spring element , wherein the spring element has a U-shaped central portion and a first and a second coil extending from a respective first and second leg of the central portion and along a first axis (A) parallel to a base of the central portion , the first and a second coils being, in an unbiased state of the spring element , spaced apart by a first distance (d) along the axis (A), wherein the housing comprises: - a first and a second cavity spaced apart by the first distance (d) and fittingly accommodating the first and second coil , respectively, - a support element arranged between the first and second cavities and configured to confine the first and second coils accommodated within the first and second cavity , respectively, and - a first and a second passage extending along a second axis (C) perpendicular to the first axis (A) and into the first and the second cavity , respectively, the first and second passages being configured to guide the first and second coils into the first and second cavities , respectively, upon an arrangement of the spring element into the housing , wherein the support element comprises at least one flange extending from the support element along the first axis (A), the at least one flange having a wedge-shape along the second axis (C), and the at least one flange being configured to support at least a portion of the respective first and second coil , and to narrow the first and second passages along the second axis (C). - a first and a second cavity spaced apart by the first distance (d) and fittingly accommodating the first and second coil , respectively, - a support element arranged between the first and second cavities and configured to confine the first and second coils accommodated within the first and second cavity , respectively, and - a first and a second passage extending along a second axis (C) perpendicular to the first axis (A) and into the first and the second cavity , respectively, the first and second passages being configured to guide the first and second coils into the first and second cavities , respectively, upon an arrangement of the spring element into the housing ,
A system for generating inert gas comprising: a source of pressurized air ; an air separation module located downstream from and in fluid communication with the source of pressurized air, and including at least one permeable membrane , said air separation module being operable to separate said pressurized air into oxygen-enriched air and inert gas-enriched air ; and a fuel tank containing a fuel arranged downstream from said air separation module; and a plurality of outlet conduits for delivering said inert gas-enriched air from said air separation module to said fuel tank , characterized by said plurality of outlet conduits being immersed within said fuel of said fuel tank, wherein the outlet conduits include ports or nozzles and/or pores or orifices of a suitable size for injecting the inert gas into the fuel, thereby creating a bubbling effect; the plurality of outlet conduits being co-located in the fuel tank in various orientations and spatial locations such that said inert gas-enriched air delivered to said fuel tank interacts directly with said fuel to remove dissolved oxygen from said fuel; means for switching flow of inert gas-enriched air between the plurality of conduits ; and a backpressure regulator for continuously maintaining an operational pressure within the air separation module. a source of pressurized air ; an air separation module located downstream from and in fluid communication with the source of pressurized air, and including at least one permeable membrane , said air separation module being operable to separate said pressurized air into oxygen-enriched air and inert gas-enriched air ; and a fuel tank containing a fuel arranged downstream from said air separation module; and a plurality of outlet conduits for delivering said inert gas-enriched air from said air separation module to said fuel tank , characterized by said plurality of outlet conduits being immersed within said fuel of said fuel tank, wherein the outlet conduits include ports or nozzles and/or pores or orifices of a suitable size for injecting the inert gas into the fuel, thereby creating a bubbling effect; the plurality of outlet conduits being co-located in the fuel tank in various orientations and spatial locations such that said inert gas-enriched air delivered to said fuel tank interacts directly with said fuel to remove dissolved oxygen from said fuel; means for switching flow of inert gas-enriched air between the plurality of conduits ; and a backpressure regulator for continuously maintaining an operational pressure within the air separation module.
A device for launching targets , comprising a launching arm rotatably movable about an axis A1 and a drive system for rotatably driving the launching arm , wherein the drive system comprises an electric motor reducer the output shaft of which is rotatably integral with the launching arm , characterised in that the drive system comprises a steering member for rotatably steering the motor reducer , the steering member being configured to control a first angular displacement Da1, called the positioning displacement of the target , at a first speed of rotation ω1, of the launching arm to a start position Pd of the target .
A vehicle window , comprising a) a first glass pane , b) a transponder having an antenna and a control unit for communicating with a reader, the control unit comprising a memory for storing identification data, characterized by a reflector which is associated with and spaced apart from the transponder and is intended for increasing an antenna gain of the antenna , the reflector being designed as a transparent, electrically conductive coating (5.1) and/or as a metal ring (5.3). a) a first glass pane , b) a transponder having an antenna and a control unit for communicating with a reader, the control unit comprising a memory for storing identification data,
An input apparatus (10; 110) for a computer comprising an outer case (14; 114) having a plurality of front controls (2, 3, 4, 5, 7; 102, 103, 104, 105, 107) located at a front of the input apparatus (10; 110) and configured to be activated by a user's thumbs, a plurality of top controls (1, 6, 8, 9; 108, 109) located at a top of the input apparatus (10; 110) and configured to be activated by the user's index fingers, and at least one detachably mounted control member (11A, 11B, 11C, 11D; 111A, 111B, 111C, 111D) at a rear of the input apparatus (10; 110) and configured to be activated by the user's middle, ring, or little finger, the member (11A, 11B, 11C, 11D; 111A, 111B, 111C, 111D) comprising first parts of an attachment system for mating with second parts (15C, 17C, 19C/21C) of an attachment system provided on the outer case (14;114) of the apparatus (10; 110), the attachment system comprising a first complementary engagement mechanism having a respective second part 17C located at a first end of a channel at the outer case (14; 114), a second complementary engagement mechanism having a respective second part located at the first end of the channel and a complementary locking mechanism having a respective second part (19C/21C) collinear with the channel , characterised in that the first complementary engagement mechanism is operably engagable without engaging the second complementary engagement mechanism and the complementary locking mechanism, the second complementary engagement mechanism is operably engagable upon engagement of the first complementary engagement mechanism, the second complementary engagement mechanism is operably engagable without engaging the complementary locking mechanism, the complementary locking mechanism is operably engagable upon engagement of the first and second complementary engagement mechanisms.
A turntable color machine, comprising a rack , a controller is arranged on the rack, wherein a wheel-type turntable that rotates vertically is arranged on the rack, a plurality of color paste bags are arranged on the wheel-type turntable , the color paste bags are evenly arranged along the circumference of the wheel-type turntable, the color paste bags are connected with a piston pump that is driven by a lifting mechanism to perform constant volume injection via a valve body , and a material receiving device that moves up and down is arranged at the middle of the wheel-type turntable.
A relay device configured to relay sensor outputs from a pressure sensor (Si-Sn) configured to detect an inner pressure of a cavity (CT) in a mold of an injection molding machine to a signal amplifier , the relay device being characterized in that the relay device is configured to be integrally fixed to the mold , and the relay device comprises a storage configured to store specific information of the pressure sensor (Si-Sn) provided to the mold to detect the inner pressure of the cavity (CT), the cavity being defined between a fixed-side mold and a movable-side mold of the mold, wherein the specific information is a rated load of the pressure sensor (Si-Sn) and a pin-sectional area of an ejector pin to which the pressure sensor (Si-Sn) is attached.
A method of operating an adhesive dispensing system including a piston pump including a piston coupled to a pump rod , the method comprising: operating the piston pump by actuating at least a solenoid or a spool or air valve with a controller to supply pressurized air to one side or the other side of the piston , thereby moving the pump rod from a first end condition to a second end condition or back to the first end condition to move liquid adhesive from a source of liquid adhesive to a pump outlet ; and collecting information with a controller regarding operational cycles of the pump based on the signals; characterized by the steps: monitoring movements of the pump rod with at least one sensor by detecting when the pump rod and the piston approach the first and second end conditions with the at least one sensor , producing signals with the at least one sensor based on the detection of the pump rod approaching the first and second end conditions, supplying pressurized air to one side of the piston , thereby moving the piston and the pump rod from a first end condition to a second end condition; supplying pressurized air to the other side of the piston , thereby moving the piston and the pump rod from the second end condition to the first end condition, and moving liquid adhesive with the pump rod during the movement of the pump rod between the first and second end conditions. operating the piston pump by actuating at least a solenoid or a spool or air valve with a controller to supply pressurized air to one side or the other side of the piston , thereby moving the pump rod from a first end condition to a second end condition or back to the first end condition to move liquid adhesive from a source of liquid adhesive to a pump outlet ; and collecting information with a controller regarding operational cycles of the pump based on the signals; monitoring movements of the pump rod with at least one sensor by detecting when the pump rod and the piston approach the first and second end conditions with the at least one sensor , producing signals with the at least one sensor based on the detection of the pump rod approaching the first and second end conditions, supplying pressurized air to one side of the piston , thereby moving the piston and the pump rod from a first end condition to a second end condition; supplying pressurized air to the other side of the piston , thereby moving the piston and the pump rod from the second end condition to the first end condition, and moving liquid adhesive with the pump rod during the movement of the pump rod between the first and second end conditions.
Protective suit , in particular a fire or chemical protective suit, comprising a body trunk section , which in an upper region forms a shoulder section , extending away from which are two sleeves , with a hood which is provided or can be attached at the top of the body trunk section , with a holding device arranged at a head-side region of the protective suit and formed by a camera-holding device , in which an electronic device in the form of a digital camera is accommodated, characterised in that the camera holding device is arranged on an inner side of the hood , on a visor or visor frame.
A method comprising: holding a PCB wafer in a first vacuum injection molding tool , wherein a plurality of optoelectronic components are mounted on the PCB wafer , each of the optoelectronic components having a respective amount of unhardened transmissive adhesive on its surface intersecting an optical axis of the optoelectronic component , wherein the adhesive is transmissive to light of a wavelength sensed by, or emitted by, the optoelectronic component ; providing a second vacuum injection molding tool including an elastomeric layer having a structured surface on which are mounted a plurality of optical filters ; bringing the first and second vacuum injection molding tools toward one another so as to press the optical filters into contact with the unhardened transmissive adhesive ; subsequently hardening the transmissive adhesive ; injecting an epoxy into spaces between the elastomeric layer of the second vacuum injection molding tool and the PCB wafer such that the epoxy laterally surrounds and is in contact with side surfaces of the transmissive adhesive and the optical filters , wherein the epoxy is non-transmissive to light of a wavelength sensed by, or emitted by, the optoelectronic components ; hardening the epoxy ; followed by removing the first and second vacuum injection molding tools ; and then cutting through the epoxy to form singulated modules each of which includes at least one of the optoelectronic components . holding a PCB wafer in a first vacuum injection molding tool , wherein a plurality of optoelectronic components are mounted on the PCB wafer , each of the optoelectronic components having a respective amount of unhardened transmissive adhesive on its surface intersecting an optical axis of the optoelectronic component , wherein the adhesive is transmissive to light of a wavelength sensed by, or emitted by, the optoelectronic component ; providing a second vacuum injection molding tool including an elastomeric layer having a structured surface on which are mounted a plurality of optical filters ; bringing the first and second vacuum injection molding tools toward one another so as to press the optical filters into contact with the unhardened transmissive adhesive ; subsequently hardening the transmissive adhesive ; injecting an epoxy into spaces between the elastomeric layer of the second vacuum injection molding tool and the PCB wafer such that the epoxy laterally surrounds and is in contact with side surfaces of the transmissive adhesive and the optical filters , wherein the epoxy is non-transmissive to light of a wavelength sensed by, or emitted by, the optoelectronic components ; hardening the epoxy ; followed by removing the first and second vacuum injection molding tools ; and then cutting through the epoxy to form singulated modules each of which includes at least one of the optoelectronic components .
An inertial pump , comprising: a microfluidic channel ; a fluid actuator located in the microfluidic channel; characterised by a check valve located in the microfluidic channel, the check valve comprising: a moveable valve element , a narrowed channel segment located upstream of the moveable valve element, the narrowed channel segment having a width less than a width of the moveable valve element such that the moveable valve element blocks fluid flow through the check valve when the moveable valve element is positioned in the narrowed channel segment, and a blocking element formed in the microfluidic channel downstream of the moveable valve element and configured such that the blocking element constrains the moveable valve element within the check valve while also allowing fluid flow when the moveable valve element is positioned against the blocking element. a microfluidic channel ; a fluid actuator located in the microfluidic channel; characterised by a check valve located in the microfluidic channel, the check valve comprising: a moveable valve element , a narrowed channel segment located upstream of the moveable valve element, the narrowed channel segment having a width less than a width of the moveable valve element such that the moveable valve element blocks fluid flow through the check valve when the moveable valve element is positioned in the narrowed channel segment, and a blocking element formed in the microfluidic channel downstream of the moveable valve element and configured such that the blocking element constrains the moveable valve element within the check valve while also allowing fluid flow when the moveable valve element is positioned against the blocking element. a moveable valve element , a narrowed channel segment located upstream of the moveable valve element, the narrowed channel segment having a width less than a width of the moveable valve element such that the moveable valve element blocks fluid flow through the check valve when the moveable valve element is positioned in the narrowed channel segment, and a blocking element formed in the microfluidic channel downstream of the moveable valve element and configured such that the blocking element constrains the moveable valve element within the check valve while also allowing fluid flow when the moveable valve element is positioned against the blocking element.
A universal gripper for timepiece washers, arranged to be fastened to or integrated into a handling means or a robot arm, and including a clamp with a plurality of jaws radially concentrically movable about a main axis (D) and which are protruding relative to a rest tray that said gripper includes and which is movable along the direction of said main axis (D), each of said jaws including at least a first radial surface arranged for radially resting on the edge of a washer, said rest tray including at least a first axial surface arranged for axially resting on a flat surface of a washer, such that said gripper includes axial means for operating said rest tray to hold said rest tray on a support with a calibrated force and lower than or equal to 300N, and which are combined with at least one force sensor along said main axis (D) which is arranged to measure a tensile and/or compression force, and to compare it to said calibrated force or to the value of 300N, such that each said jaw is also axially movable along the direction of said main axis (D) relative to said rest tray , or conversely, and characterised in that the relative axial stroke between said jaws and said rest tray is adjustable to adapt to each washer thickness.
A method, implemented on a machine having at least one processor , storage , and a communication platform for generating augmented alert in a hybrid vehicle, the method comprising: obtaining first information indicating an upcoming switch in an operating mode of the vehicle, the first information specifying a set of tasks, arranged in an order, to be completed by a driver in the vehicle to achieve the upcoming switch and a task duration associated with each of the set of tasks by which the task is to be completed; obtaining second information on a current state of the driver; determining a set of warnings to alert the driver to perform the set of tasks, each of which is directed to a corresponding task in the set of tasks, wherein each warning is created based on the second information on the current state of the driver; generating a warning schedule based on the set of warnings in the order of the corresponding set of tasks; and transmitting the warning schedule so that each of the set of warnings in the warning schedule is to be delivered to the driver. obtaining first information indicating an upcoming switch in an operating mode of the vehicle, the first information specifying a set of tasks, arranged in an order, to be completed by a driver in the vehicle to achieve the upcoming switch and a task duration associated with each of the set of tasks by which the task is to be completed; obtaining second information on a current state of the driver; determining a set of warnings to alert the driver to perform the set of tasks, each of which is directed to a corresponding task in the set of tasks, wherein each warning is created based on the second information on the current state of the driver; generating a warning schedule based on the set of warnings in the order of the corresponding set of tasks; and transmitting the warning schedule so that each of the set of warnings in the warning schedule is to be delivered to the driver.
Method for controlling a range extending system for a motor vehicle equipped with an electric motor adapted to be supplied with electric current by a traction battery , said range extending system comprising a range extender that can be activated to supply the electric motor and/or the traction battery with electric current, in which the condition for activating the range extender is a function of at least the outside temperature (Te) of the air outside the motor vehicle, characterized in that said range extending system comprises a cooling circuit to cool the range extender and in that : - when the range extender is activated and the outside temperature (Te) is below a temperature threshold (Ts), the cooling circuit is controlled in such a way that it keeps the range extender at an optimum temperate (Topt), and - when the range extender is activated and the outside temperature (Te) is above said temperature threshold (Ts), the cooling circuit and the range extender are controlled in such a way that the range extender exhibits a temperature (T) above the optimum temperature (Topt) and below or equal to a maximum temperature (Tmax) higher than the optimum temperature. - when the range extender is activated and the outside temperature (Te) is below a temperature threshold (Ts), the cooling circuit is controlled in such a way that it keeps the range extender at an optimum temperate (Topt), and - when the range extender is activated and the outside temperature (Te) is above said temperature threshold (Ts), the cooling circuit and the range extender are controlled in such a way that the range extender exhibits a temperature (T) above the optimum temperature (Topt) and below or equal to a maximum temperature (Tmax) higher than the optimum temperature.
A bolster spring for a vehicle suspension comprising: a base plate ; a top plate ; elastomeric material positioned between the base plate and the top plate ; a first flange having a bottom mounting surface upwardly extending from a first end of the base plate at an angle 1/2 α; wherein the first flange comprising a pair of ears ; and one or more mounting holes positioned in the pair of ears in the first flange adapted for attachment to a pair of ears on an upwardly extending flange on a second bolster spring; characterized in that the one or more mounting holes on the pair of ears on the first flange have a gap positioned therebetween. a base plate ; a top plate ; elastomeric material positioned between the base plate and the top plate ; a first flange having a bottom mounting surface upwardly extending from a first end of the base plate at an angle 1/2 α; wherein the first flange comprising a pair of ears ; and one or more mounting holes positioned in the pair of ears in the first flange adapted for attachment to a pair of ears on an upwardly extending flange on a second bolster spring; characterized in that the one or more mounting holes on the pair of ears on the first flange have a gap positioned therebetween.