mhurhangee/patent-ind-claim-en huggingface dataset:
A manual pulling instrument comprising: an expandable and compressible bellows which is configured to generate by expansion and compression an airflow flowing towards reeds, and a flow control comprising a valve arrangement which is arranged to control the flow towards reeds to be fed with the airflow according to a music, and a flow rectification arrangement which is arranged to effect the same direction of flow towards reeds when the bellows is expanded and when the bellows is compressed; wherein the valve arrangement comprises a number of reed valves (4a1, 4a2, ... 4a16), each of which controlling a flow towards an individual reed or at best a few reeds to be fed jointly with the airflow according to a sound, and wherein the flow rectification arrangement comprises a number of valves for the airflow rectification (4b1, 4b2, 4b3, 4b4), wherein the number of reed valves (4a1, 4a2, ... 4a16) is greater than the number of valves for airflow rectification (4b1, 4b2, 4b3, 4b4), and wherein a group of valves for airflow rectification is assigned in such a way to a larger group of reed valves for the joint rectification of the airflow therethrough that the airflow through the entirety of all reed valves of the group is jointly rectified; characterized in that the reed valves (4a1, 4a2, ... 4a16) are current-actuated and a plurality of current-actuated reed valves is jointly arranged in a valve block, and wherein the reeds and/or the valve block are/is formed with fiber-reinforced plastics, in particular carbon fiber materials. an expandable and compressible bellows which is configured to generate by expansion and compression an airflow flowing towards reeds, and a flow control comprising a valve arrangement which is arranged to control the flow towards reeds to be fed with the airflow according to a music, and a flow rectification arrangement which is arranged to effect the same direction of flow towards reeds when the bellows is expanded and when the bellows is compressed; wherein the valve arrangement comprises a number of reed valves (4a1, 4a2, ... 4a16), each of which controlling a flow towards an individual reed or at best a few reeds to be fed jointly with the airflow according to a sound, and wherein the flow rectification arrangement comprises a number of valves for the airflow rectification (4b1, 4b2, 4b3, 4b4), wherein the number of reed valves (4a1, 4a2, ... 4a16) is greater than the number of valves for airflow rectification (4b1, 4b2, 4b3, 4b4), and wherein a group of valves for airflow rectification is assigned in such a way to a larger group of reed valves for the joint rectification of the airflow therethrough that the airflow through the entirety of all reed valves of the group is jointly rectified; characterized in that the reed valves (4a1, 4a2, ... 4a16) are current-actuated and a plurality of current-actuated reed valves is jointly arranged in a valve block, and wherein the reeds and/or the valve block are/is formed with fiber-reinforced plastics, in particular carbon fiber materials.
Handling device for moulds intended notably for plastic parts injection comprising: - a connecting piece designed to be connected to a lifting platform, - a gripping base designed to grasp onto an element attached to a mould, said gripping base comprising: ∘ a central opening designed to house said element attached to a mould and ∘ a locking device , designed to lock the position of said element in the gripping base with the locking device being designed to adopt a locking and an unlocking position, - and a control device to control the movement of the locking device from the locking to the unlocking position, with the system comprising two partitions fixed on either side of said gripping base, each one possessing an oblong opening, with the two oblong openings opposite one another, and said connecting piece consisting of a transverse arm which passes through the oblong openings which is mobile and moves between an initial position and a second position in said oblong openings, characterised by the fact that this locking device comprises at least two elements forming a jaw, with said elements being mounted in a mobile position to move between: - the locking position according to which the mobile elements are positioned close to one another and the unlocking position in which the mobile elements are separated from one another and that each of said elements, of which there are at least two forming a jaw, presents a sloping section designed to slide due to gravity on an internal sloping section in the gripping base of the device. - a connecting piece designed to be connected to a lifting platform, - a gripping base designed to grasp onto an element attached to a mould, said gripping base comprising: ∘ a central opening designed to house said element attached to a mould and ∘ a locking device , designed to lock the position of said element in the gripping base with the locking device being designed to adopt a locking and an unlocking position, ∘ a central opening designed to house said element attached to a mould and ∘ a locking device , designed to lock the position of said element in the gripping base with the locking device being designed to adopt a locking and an unlocking position, - and a control device to control the movement of the locking device from the locking to the unlocking position, with the system comprising two partitions fixed on either side of said gripping base, each one possessing an oblong opening, with the two oblong openings opposite one another, and said connecting piece consisting of a transverse arm which passes through the oblong openings which is mobile and moves between an initial position and a second position in said oblong openings, - the locking position according to which the mobile elements are positioned close to one another and the unlocking position in which the mobile elements are separated from one another and that each of said elements, of which there are at least two forming a jaw, presents a sloping section designed to slide due to gravity on an internal sloping section in the gripping base of the device.
A method for verifying system integrity of an electronic device, the method comprising: generating, by a verifier module provided within a secure environment in the electronic device, a challenge; transmitting the challenge from the verifier module to a scanner module provided within a normal environment in the electronic device; executing, by the scanner module, an integrity verification function in the normal environment to generate a response, wherein the scanner module is instructed by the challenge to execute the integrity verification function; encrypting, by the scanner module, the response and transmitting the encrypted response to the verifier module; and decrypting, by the verifier module, the encrypted response, whereby in response to a successful decryption of the encrypted response, the integrity of the scanner module is verified, whereby in response to a determination that the integrity of the scanner module is verified, determining, by the verifier module, whether the response is valid, whereby in response to a determination that the response is invalid, performing a mitigation action. generating, by a verifier module provided within a secure environment in the electronic device, a challenge; transmitting the challenge from the verifier module to a scanner module provided within a normal environment in the electronic device; executing, by the scanner module, an integrity verification function in the normal environment to generate a response, wherein the scanner module is instructed by the challenge to execute the integrity verification function; encrypting, by the scanner module, the response and transmitting the encrypted response to the verifier module; and decrypting, by the verifier module, the encrypted response, whereby in response to a successful decryption of the encrypted response, the integrity of the scanner module is verified, whereby in response to a determination that the integrity of the scanner module is verified, determining, by the verifier module, whether the response is valid, whereby in response to a determination that the response is invalid, performing a mitigation action.
Machine for preparing infused beverages comprising means for pumping water from a reservoir to send it through a boiler instantly into an infusion chamber containing a product to be infused, then discharge it in the form of infusion to the outside of said infusion chamber , said boiler comprising a cylindrical body integrating an electric heating element and a water conduit , said water conduit forming a helix falling within a cylinder of diameter DC, wound around and along a longitudinal axis (V) of the body , said heating element being formed around a revolution surface of longitudinal axis (V), said revolution surface being arranged around the water duct , characterised in that it comprises a temperature sensor arranged on the body , in the proximity of an end tube for exiting water from the water conduit which opens into a bottom of the infusion chamber and in that the temperature sensor is surrounded by a peripheral circular zone of diameter D with no heating element , the diameter D being greater than 1⁄2 DC, preferably greater than % DC.
A magnetometer comprising a cell filled with a gas subjected to an ambient magnetic field, an optical pumping source able to emit towards the cell a laser beam tuned to a pumping wavelength, a photodetector receiving the laser beam that passed through the cell and a closed loop control system for the magnetometer to operate it in a zero field, characterised in that said control system comprises: - an optical cavity delimited by mirrors (M1, M2), cavity in which the cell is arranged, - an optical excitation source configured to light the optical cavity with a circularly polarised beam and tuned to an excitation wavelength shifted with respect to the pumping wavelength so as to allow induction in the cell, by Stark effect, of the equivalent of a magnetic field oriented along a direction of propagation of light in the optical cavity, and - a closed loop regulator (Vx, Vy, Vz) coupled to the photodetector and configured to drive the optical excitation source such that it induces in the cell the equivalent of a compensation magnetic field opposite to the ambient magnetic field in said direction of propagation of light. - an optical cavity delimited by mirrors (M1, M2), cavity in which the cell is arranged, - an optical excitation source configured to light the optical cavity with a circularly polarised beam and tuned to an excitation wavelength shifted with respect to the pumping wavelength so as to allow induction in the cell, by Stark effect, of the equivalent of a magnetic field oriented along a direction of propagation of light in the optical cavity, and - a closed loop regulator (Vx, Vy, Vz) coupled to the photodetector and configured to drive the optical excitation source such that it induces in the cell the equivalent of a compensation magnetic field opposite to the ambient magnetic field in said direction of propagation of light.
A fuel injection system, comprising: a low pressure pump feeding a fuel from a fuel tank ; a high pressure pump feeding the fuel to injectors of an internal combustion engine ; a first fuel line connected to the low pressure pump and a second fuel line connected to the high pressure pump , wherein a damper is further arranged between and fixed to the first and second fuel lines , the damper including a fuel line portion which is formed into a pipe shape including a fuel passage (A) at the inner portion and which has at one end and the other end a first fuel line connecting portion and a second fuel line connecting portion connected to the first fuel line and the second fuel line , respectively; a top cover and a lower cover forming an enclosed room (C) arranged to extend from the fuel line portion ; and a pressure absorption body arranged in the enclosed room (C), a metal diaphragm member being provided so as to divide the enclosed room (C) into an upper gas filing chamber (B) filled with gas and a lower chamber (C1) communicated to the fuel line portion , the pressure absorption body being configured by the metal chamber and the gas, the metal diaphragm member includes a flat portion and a flange continuously formed with the curved portion , the metal diaphragm member and the top cover having substantially the same shape arranged symmetrically with respect to a plane, characterized in that the metal diaphragm member being fixed to the top cover at a radially inner part of the top cover from a portion at which the lower cover is fixed directly or indirectly to the top cover . a low pressure pump feeding a fuel from a fuel tank ; a high pressure pump feeding the fuel to injectors of an internal combustion engine ; a first fuel line connected to the low pressure pump and a second fuel line connected to the high pressure pump , wherein a damper is further arranged between and fixed to the first and second fuel lines , the damper including a fuel line portion which is formed into a pipe shape including a fuel passage (A) at the inner portion and which has at one end and the other end a first fuel line connecting portion and a second fuel line connecting portion connected to the first fuel line and the second fuel line , respectively; a top cover and a lower cover forming an enclosed room (C) arranged to extend from the fuel line portion ; and a pressure absorption body arranged in the enclosed room (C), a metal diaphragm member being provided so as to divide the enclosed room (C) into an upper gas filing chamber (B) filled with gas and a lower chamber (C1) communicated to the fuel line portion , the pressure absorption body being configured by the metal chamber and the gas, the metal diaphragm member includes a flat portion and a flange continuously formed with the curved portion , the metal diaphragm member and the top cover having substantially the same shape arranged symmetrically with respect to a plane, characterized in that the metal diaphragm member being fixed to the top cover at a radially inner part of the top cover from a portion at which the lower cover is fixed directly or indirectly to the top cover .
Household refrigeration appliance with a housing , in which an inner container which delimits an inner chamber for holding food is arranged, and with a machine chamber , which is separate from the inner chamber and in which at least components (6 to 11) of a refrigeration circuit of the household refrigeration appliance are arranged, wherein a carrier tray is arranged in the machine chamber , on which carrier tray at least one further part is held in a connecting manner by at least one snap connection and/or at least one plug-in connection and/or at least one locking connection without additional fastening elements, wherein the carrier tray has a base in which at least one locking mount is configured for a locking connection , wherein a first part is fastened to a base of the carrier tray with a first connection type, in particular a locking connection , wherein the first part , when connected to the carrier tray , has a dimension in a direction perpendicular to a longitudinal axis (A) of the carrier tray that is smaller than a distance between two longitudinal side walls of the carrier tray , characterised in that the carrier tray has channels that are C-shaped in cross section on upper edge faces of side walls, in particular longitudinal side walls , with gaps (26 to 42) for plug-in connections configured in said channels and the first part is connected to a longitudinal side wall of the carrier tray with a second connection type, in particular a plug-in connection .
A rotary actuator comprising: a plurality of ball bearings ; an outer cylinder having multiple fluid ports each configured to admit fluid pressure from a fluid pressure supply ; a piston circumscribed by the outer cylinder , wherein the piston, the outer cylinder, and the plurality of ball bearings collectively form an outer ball screw (29-O), and wherein the piston is configured to translate along a longitudinal center axis (A20) of the rotary actuator in response to the fluid pressure; and an inner shaft circumscribed by the piston , wherein the inner shaft, the piston, and the plurality of ball bearings collectively form an inner ball screw (29-I) that is concentric with the outer ball screw about the longitudinal center axis; wherein the outer ball screw and the inner ball screw together form an interlaced ball circuit having one or more shared ball paths , and wherein translation of the piston along the longitudinal center axis in response to the fluid pressure is operative to rotate the piston and the inner shaft, and to thereby recirculate the plurality of ball bearings between the outer ball screw and the inner ball screw through the interlaced ball circuit; wherein a speed of translation of the plurality of ball bearings within the inner ball screw (29-I) is equal to a speed of translation of the plurality of ball bearings within the outer ball screw (29-0). a plurality of ball bearings ; an outer cylinder having multiple fluid ports each configured to admit fluid pressure from a fluid pressure supply ; a piston circumscribed by the outer cylinder , wherein the piston, the outer cylinder, and the plurality of ball bearings collectively form an outer ball screw (29-O), and wherein the piston is configured to translate along a longitudinal center axis (A20) of the rotary actuator in response to the fluid pressure; and an inner shaft circumscribed by the piston , wherein the inner shaft, the piston, and the plurality of ball bearings collectively form an inner ball screw (29-I) that is concentric with the outer ball screw about the longitudinal center axis; wherein the outer ball screw and the inner ball screw together form an interlaced ball circuit having one or more shared ball paths , and wherein translation of the piston along the longitudinal center axis in response to the fluid pressure is operative to rotate the piston and the inner shaft, and to thereby recirculate the plurality of ball bearings between the outer ball screw and the inner ball screw through the interlaced ball circuit; wherein a speed of translation of the plurality of ball bearings within the inner ball screw (29-I) is equal to a speed of translation of the plurality of ball bearings within the outer ball screw (29-0).
A cutting tool for use in turning, the cutting tool comprising: a tool bar ; a cutting head ; a strain gauge ; and an accelerometer , wherein the cutting head is located at the tool bar and has a cutting edge , the strain gauge is arranged to measure strain at the tool bar, the accelerometer is arranged to measure acceleration at the tool bar or at the cutting head, the accelerometer is arranged closer than the strain gauge to the cutting edge, characterized in that the tool bar has a stiffness which transitions between a lower and a higher value at a certain location along the tool bar, and wherein a distance (D3) from the strain gauge to the cutting edge is larger than a distance (D4) from the strain gauge to the certain location. a tool bar ; a cutting head ; a strain gauge ; and an accelerometer , the cutting head is located at the tool bar and has a cutting edge , the strain gauge is arranged to measure strain at the tool bar, the accelerometer is arranged to measure acceleration at the tool bar or at the cutting head, the accelerometer is arranged closer than the strain gauge to the cutting edge, characterized in that the tool bar has a stiffness which transitions between a lower and a higher value at a certain location along the tool bar, and wherein a distance (D3) from the strain gauge to the cutting edge is larger than a distance (D4) from the strain gauge to the certain location.
Vacuum cleaner, which is suitable for vacuuming ash, comprising a suctioned material container with a receiving space for suctioned material, a suction head , a suction blower device , which is arranged on the suction head , wherein the suction head is releasably connected to the suctioned material container , a suctioned material container lid (32; 160), which covers the receiving space toward the suction head , and a filter unit , which is arranged on a filter holder (76; 112; 124; 134; 140; 150; 170) with a clean side that faces toward the suction blower device with respect to a suction flow and with a dirty side that faces toward the receiving space , and a filter cleaning device for the filter unit , which is arranged on the suction head , wherein the filter holder (76; 112; 124; 134; 140; 150; 170) has a filter holder opening (78; 114; 132; 136; 148; 168), which is fluidically connected to the receiving space and in which the filter unit is positioned, characterized in that the filter unit is mounted in the filter holder (67; 112; 124; 134; 140; 150; 170) and is held mounted supported by way of a top side of the filter holder (76; 112; 124; 134; 140; 150; 170) that faces toward the suction head , in that a holding-down means for the filter unit and/or the suctioned material container lid (32; 160) is arranged on the suction head .
A dispersible moist wipe comprising a nonwoven tissue web having regenerated fibers in an amount of 10 to 20 percent by weight and natural fibers in an amount of 80 to 90 percent by weight, wherein the regenerated fibers and the natural fibers are hydroentangled such that the web has a geometric mean tensile strength of at least 150 grams per inch (58 Nm) and a slosh-box break-up time of less than 155 minutes; wherein: the web has a formation value of at least 12; the regenerated fibers comprise at least one of lyocell fibers and rayon fibers, and have a fineness of from 1 to 3 deniers and a length of from 3 millimeters to 20 millimeters; the natural fibers comprise at least one of southern softwood kraft and cotton; and the web is formed from a liquid suspension containing from 0.02 to 0.08 percent fiber by weight; and wherein the geometric mean tensile strength, the slosh-box break-up time and the formation value are determined using the methods set out herein. the web has a formation value of at least 12; the regenerated fibers comprise at least one of lyocell fibers and rayon fibers, and have a fineness of from 1 to 3 deniers and a length of from 3 millimeters to 20 millimeters; the natural fibers comprise at least one of southern softwood kraft and cotton; and the web is formed from a liquid suspension containing from 0.02 to 0.08 percent fiber by weight;