mhurhangee/patent-ind-claim-en huggingface dataset:
Electronic device for managing the power supply of a household appliance having a standby mode and an operational functioning mode, comprising: - a terminal for connecting to an electric network configured to deliver an alternating current at a given frequency, - a first ballast resistor (R1) connected to the connecting terminal and having a first resistance value, the electronic device for managing the power supply comprising: - a second ballast resistor (R2) mounted in series with the first ballast resistor (R1) between the connecting terminal and an output of the electronic device for managing the power supply, and having a value of the second resistor at least twice greater than the value of the first resistor, and, - a bypass circuit mounted in parallel to the second ballast resistor (R2), and controllable between a blocking mode and a passing mode, the bypass circuit being configured to be in the blocking mode in a standby mode of the household appliance, and to be in the passing mode in the operational functioning mode of the household appliance, characterised in that the electronic device further comprises a system for detecting a passage to zero of the supply voltage of the supply network, mounted in parallel with at least the second ballast resistor (R2). - a terminal for connecting to an electric network configured to deliver an alternating current at a given frequency, - a first ballast resistor (R1) connected to the connecting terminal and having a first resistance value, - a second ballast resistor (R2) mounted in series with the first ballast resistor (R1) between the connecting terminal and an output of the electronic device for managing the power supply, and having a value of the second resistor at least twice greater than the value of the first resistor, and, - a bypass circuit mounted in parallel to the second ballast resistor (R2), and controllable between a blocking mode and a passing mode,
Signalling device with a sound signal unit for emitting an acoustic signal and with a light signal unit for emitting a visual signal, and with a housing base body and with a housing upper part , wherein the signalling device can preferably be arranged on a receiving body with the housing base body , and wherein the housing upper part is arranged on the housing base body to form a receiving space , characterized in that a separate base body of the light signal unit is formed from a light-transparent signal hood , that the signal hood has a base surface, that the base surface of the signal hood is spanned by an adapter frame , that the light signal unit has an electrical switching unit which is arranged in the adapter frame , that the housing base body has a side wall , wherein the signal hood is placed with the base surface on the outside of the side wall and is arranged on the housing base body , that the housing base body has a depth (T G ), that the upper housing part has a depth (To), and that the upper housing part , when it is assembled on the basic housing body , protrudes into the housing base body .
A composition comprising: - at least one of particles having an average primary particle diameter of 80-130 nm or particles having an average major axis length of 50-150 nm; and - a resin, wherein the particles are white pigments including titanium oxide, a content of the particles is 30-60 mass-% with respect to the total solid content of the composition, and the composition has an L* in an L*a*b* color space of CIE 1976 of 35-75 in a case of forming a film with a thickness of 3 μm using the composition. - at least one of particles having an average primary particle diameter of 80-130 nm or particles having an average major axis length of 50-150 nm; and - a resin,
A device for refuelling containers with pressurized gas, notably for refuelling gaseous hydrogen tanks, comprising a pressurized gas source , a transfer circuit comprising one upstream end connected to the gas source and at least one downstream end intended to be removably connected to a container , the device comprising a refrigeration system for cooling the gas flowing from the gas source prior to its entering into the container , the refrigeration system comprising a refrigerant cooling loop circuit comprising, arranged in series, a compressor , a condenser section , an expansion valve and an evaporator section , the refrigeration system comprising a cold source in heat exchange with the condenser section and a heat exchanger located in the transfer circuit and comprising a heat exchange section between the gas flowing in the transfer circuit and the evaporator section , the device comprising an electronic controller connected to the expansion valve and configured for controlling cooling power produced by the refrigeration system via the control of the opening of the expansion valve , the electronic controller being configured to generate or receive a signal indicative of the cooling power needed at heat exchanger for cooling the flow of gas in the transfer circuit through the heat exchanger and, in response, for controlling the cooling power produced by the refrigeration accordingly, characterized in that the refrigerant cooling loop circuit comprises a bypass conduit comprising an upstream end connected to the outlet of the compressor and a downstream end connected to the refrigerant cooling loop circuit upstream the compressor inlet and bypassing the condenser section and expansion valve , the device comprising a bypass regulating valve for controlling the flow of refrigerant flowing into the by-pass conduit .
Assembly comprising: a. a wall element , defining a circumferential bonding strip running over the wall element, and b. a flexible flat film connected to the bonding strip with a continuous circumferential bonding , which wall element and film define two opposite walls of a chamber , characterized in that the wall element further comprises: - a base plane B defined by the wall element, - at least two corner elements positioned on a distance to one another, which extend substantially perpendicular with a height H (Ha, Hb, Hc, Hd) in the same direction from the base plane of the wall element, each corner element defining an angle A (Aa, Ab, Ac, Ad) of the chamber with an angle line which is substantially perpendicular to the base plane, - strip sections , each connecting two corner elements that define adjacent corners of the chamber to one another, the distance between the strip sections and the base plane being less than H, wherein the continuous circumferential bonding strip runs over the strip sections and over the corner elements and at least in the area of the corner elements at a distance from the base surface corresponding to height H (Ha, Hb, Hc, Hd), and wherein the outer contour of the film is shaped in such a way that the outer contour of the film corresponds to that of the circumferential bonding strip. a. a wall element , defining a circumferential bonding strip running over the wall element, and b. a flexible flat film connected to the bonding strip with a continuous circumferential bonding , - a base plane B defined by the wall element, - at least two corner elements positioned on a distance to one another, which extend substantially perpendicular with a height H (Ha, Hb, Hc, Hd) in the same direction from the base plane of the wall element, each corner element defining an angle A (Aa, Ab, Ac, Ad) of the chamber with an angle line which is substantially perpendicular to the base plane, - strip sections , each connecting two corner elements that define adjacent corners of the chamber to one another, the distance between the strip sections and the base plane being less than H,
Method for managing a wireless passive optical network, WPON, comprising a plurality of access points, APs, and a plurality of customer premises equipments, CPEs, the method comprising: configuring an AP to CPE association based on a load balancing algorithm such that each CPE of the plurality of CPEs is associated with at least one AP of the plurality of APs; configuring for each AP of the plurality of APs an AP beamforming codebook based on the configured association, wherein the AP beamforming codebook comprises codebook entries, wherein each codebook entry is representative for a beam pattern to be transmitted by said AP, and wherein the AP beamforming codebook comprises for each CPE associated with the respective AP: a line of sight, LoS, codebook entry representative for a beam pattern to be transmitted to the respective CPE via a LoS path between the AP and the respective CPE; and at least one back-up codebook entry representative for a beam pattern to be transmitted to the respective CPE via a back-up path which is different from the LoS path; characterized in that the load balancing algorithm takes into account the number of available AP beamforming codebook entries per CPE. configuring an AP to CPE association based on a load balancing algorithm such that each CPE of the plurality of CPEs is associated with at least one AP of the plurality of APs; configuring for each AP of the plurality of APs an AP beamforming codebook based on the configured association, wherein the AP beamforming codebook comprises codebook entries, wherein each codebook entry is representative for a beam pattern to be transmitted by said AP, and wherein the AP beamforming codebook comprises for each CPE associated with the respective AP: a line of sight, LoS, codebook entry representative for a beam pattern to be transmitted to the respective CPE via a LoS path between the AP and the respective CPE; and at least one back-up codebook entry representative for a beam pattern to be transmitted to the respective CPE via a back-up path which is different from the LoS path; a line of sight, LoS, codebook entry representative for a beam pattern to be transmitted to the respective CPE via a LoS path between the AP and the respective CPE; and at least one back-up codebook entry representative for a beam pattern to be transmitted to the respective CPE via a back-up path which is different from the LoS path; characterized in that the load balancing algorithm takes into account the number of available AP beamforming codebook entries per CPE.
A heat exchanger , comprising: a housing having a first housing inlet , a second housing inlet , a first housing outlet , and a second housing outlet ; a core assembly disposed within the housing and removably connected to the housing , the core assembly comprises: a first fluid passage fluidly connecting the first housing inlet to the first housing outlet and a second fluid passage fluidly connecting the second housing inlet to the second housing outlet ; wherein the first fluid passage is thermally connected to the second fluid passage ; and characterised by corner seals at each corner of the core assembly , the corner seals being configured to seal the interface between an inner surface of the housing and an outer surface of the core assembly when the core assembly is disposed within the housing ; wherein each of the corner seals include teeth to aid in sealing between the corner seal and the inner surface of the housing and a center core to aid in compression of the corner seal . a housing having a first housing inlet , a second housing inlet , a first housing outlet , and a second housing outlet ; a core assembly disposed within the housing and removably connected to the housing , the core assembly comprises: a first fluid passage fluidly connecting the first housing inlet to the first housing outlet and a second fluid passage fluidly connecting the second housing inlet to the second housing outlet ; wherein the first fluid passage is thermally connected to the second fluid passage ; and characterised by corner seals at each corner of the core assembly , the corner seals being configured to seal the interface between an inner surface of the housing and an outer surface of the core assembly when the core assembly is disposed within the housing ; wherein each of the corner seals include teeth to aid in sealing between the corner seal and the inner surface of the housing and a center core to aid in compression of the corner seal .
A fragment of annexin II consisting of an amino acid sequence according to any of SEQ ID NOs: 2 - 4.
Security device for an identity document, said device comprising at least: - a lenticular array , and - an image carrier placed in a focal plane of the lenticular array , and said image carrier comprising: - at least a first pair of colour images , which images are configured to be visible through said lenticular array at a first observation position , and - at least a second pair of black-and-white images , which pair is configured to be visible through said lenticular array at a second observation position different from the first observation position , the device being characterized in that the images of the first pair and of the second pair are stereoscopic. - a lenticular array , and - an image carrier placed in a focal plane of the lenticular array , - at least a first pair of colour images , which images are configured to be visible through said lenticular array at a first observation position , and - at least a second pair of black-and-white images , which pair is configured to be visible through said lenticular array at a second observation position different from the first observation position , the device being characterized in that the images of the first pair and of the second pair are stereoscopic.
Battery cell for a battery of a motor vehicle having a galvanic element , a battery cell housing for accommodating the galvanic element , and at least two microelectronic circuits for monitoring the battery cell , wherein a first microelectronic circuit of the at least two microelectronic circuits is attached to a first carrier , wherein a second microelectronic circuit of the at least two microelectronic circuits is attached to a separate second carrier , wherein the two carriers are arranged on top of one another and thus form a stack , so that a top side of the first carrier is facing toward a bottom side of the second carrier , characterised in that the stack comprising the two carriers is coupled mechanically and/or thermally to an inside of a wall of the battery cell housing .
An electrical self-balancing scooter, comprising two wheels mounted on a wheel shaft , and a support frame located between the two wheels , wherein, the support frame comprises a bar mounted on the wheel shaft , with a handle part mounted on an upper end of the bar through a rotation mechanism, the rotation mechanism comprises a stator mounted on the bar and a rotor that is rotatable relative to the stator , the handle part is fixed on the rotor , the rotation mechanism is provided with an angle measurement device to measure a rotation angle of the rotor , characterized in that , a housing rotatable along with the handle part is provided outside the rotation mechanism, a lower part of the housing is mounted on the bar in a rotatable manner through a sleeve member ; the sleeve member is provided with an upper flange at an upper end and a lower flange at a lower end; the lower part of the housing is provided with a clamping groove to clamp the upper flange of the sleeve member , and a lower end of the housing is arranged to abut the lower flange of the sleeve member .
A regulating valve for regulating a hydraulic volume flow, including a valve body with a valve intake and a valve outlet , a shell with an inner sealing surface movable along an axis of movement (B) in the valve body , and a regulating component with an outer sealing surface , which with an the inner sealing surface forms a seal seat for sealing a shell opening of the shell , wherein a spring device charges the regulating component with a spring force in the direction of the seal seat, characterized in that the regulating component protrudes through the shell opening in the direction of the spring force and is formed in order to abut against an inner wall of the valve body during a movement of the shell along the axis of movement (B).
A biosensor consisting of: (a) a reference electrode comprising (i) a mediator layer deposited on a base electrode; and (ii) a receptor layer deposited on the mediator layer, wherein the receptor layer comprises an ethylene receptor protein; and (b) a counter electrode in communication with the reference electrode.
A hybrid drive system, comprising: a shaft ; a fuel powered engine operatively connected to the shaft to drive the shaft ; and an electrical machine comprising a rotor and a stator ; and a mechanical disconnect system connecting the rotor to the shaft, wherein the mechanical disconnect system is configured to mechanically connect the rotor to the shaft in a first state and to mechanically disconnect the rotor from the shaft in a second state, when the fuel powered engine is driving the shaft, such that rotor does not drive the shaft or such that the rotor is not driven by the shaft; wherein the mechanical disconnect system includes a clutch mechanism configured to mechanically connect and disconnect the rotor from the shaft, and wherein the mechanical disconnect system includes a gearing assembly configured to be engaged by the clutch mechanism in the first state and disengaged by the clutch mechanism in the second state to provide a geared connection between the rotor and the shaft in the first state, wherein the gearing assembly is configured to provide a freewheeling connection between the rotor and the shaft in the second state to mechanically disconnect the rotor from the shaft; and wherein the gearing assembly includes a carrier shaft configured to be engaged by the clutch mechanism to stop motion of the carrier shaft in the first state, and to be disengaged by the clutch mechanism to allow freewheeling in the second state, wherein the carrier shaft includes a plurality of planet gears rotatably attached to the carrier shaft, wherein the shaft includes a sun gear disposed thereon meshed with the planet gears, and wherein the rotor includes a ring gear disposed thereon meshed with the planet gears. a shaft ; a fuel powered engine operatively connected to the shaft to drive the shaft ; and an electrical machine comprising a rotor and a stator ; and a mechanical disconnect system connecting the rotor to the shaft, wherein the mechanical disconnect system is configured to mechanically connect the rotor to the shaft in a first state and to mechanically disconnect the rotor from the shaft in a second state, when the fuel powered engine is driving the shaft, such that rotor does not drive the shaft or such that the rotor is not driven by the shaft;
A method of tooling fixture calibration for determining deviation introduced into a panel during manufacturing, wherein the panel comprises an outer surface and an inner surface , the method comprising: performing a first scan to create a first three-dimensional surface scan of the inner surface of the panel while the panel is secured to a tooling fixture , wherein the tooling fixture is configured to support the panel during forming of the panel such that the outer surface of the panel faces the tooling fixture ; removing the panel from the tooling fixture , wherein removing the panel is performed after performing the first scan; securing the panel to a header structure configured to hold the panel at a nominal configuration, thereby holding the panel at the nominal configuration, wherein the nominal configuration corresponds to a size and shape of the panel , as-designed; performing a second scan to create a second 3D surface scan of the inner surface of the panel while the panel is held at the nominal configuration by the header structure ; and determining a deformation function corresponding to deviation between the first 3D surface scan and the second 3D surface scan. performing a first scan to create a first three-dimensional surface scan of the inner surface of the panel while the panel is secured to a tooling fixture , wherein the tooling fixture is configured to support the panel during forming of the panel such that the outer surface of the panel faces the tooling fixture ; removing the panel from the tooling fixture , wherein removing the panel is performed after performing the first scan; securing the panel to a header structure configured to hold the panel at a nominal configuration, thereby holding the panel at the nominal configuration, wherein the nominal configuration corresponds to a size and shape of the panel , as-designed; performing a second scan to create a second 3D surface scan of the inner surface of the panel while the panel is held at the nominal configuration by the header structure ; and determining a deformation function corresponding to deviation between the first 3D surface scan and the second 3D surface scan.
A gear pump arrangement comprising: a first gear defining a first set of teeth ; and a second gear defining a second set of teeth , the first set of teeth and the second set of teeth being in meshed communication such that fluid is pumped in response to rotation of the first gear and the second gear, at least one of the first set of teeth and the second set of teeth having at least one gear tooth passageway through each tooth thereby fluidically connecting opposing faces of the tooth, wherein the at least one gear tooth passageway extends between a gear tooth entrance on a first gear tooth face and a gear tooth exit on a second gear tooth face opposite the first gear tooth face; wherein the gear tooth entrance includes a plurality of gear tooth entrance openings and a plurality of gear tooth exit openings ; characterised in that at least some of the plurality of gear tooth entrance openings include different entrance angles such that the at least some entrance openings converge from the first gear tooth face to a middle segment of the at least one gear tooth passageway ; or wherein at least some of the plurality of gear tooth outlet openings include different exit angles such that the at least some gear tooth outlet openings diverge from a middle segment of the at least one gear tooth passageway . a first gear defining a first set of teeth ; and a second gear defining a second set of teeth , the first set of teeth and the second set of teeth being in meshed communication such that fluid is pumped in response to rotation of the first gear and the second gear, at least one of the first set of teeth and the second set of teeth having at least one gear tooth passageway through each tooth thereby fluidically connecting opposing faces of the tooth, wherein the at least one gear tooth passageway extends between a gear tooth entrance on a first gear tooth face and a gear tooth exit on a second gear tooth face opposite the first gear tooth face; wherein the gear tooth entrance includes a plurality of gear tooth entrance openings and a plurality of gear tooth exit openings ; characterised in that at least some of the plurality of gear tooth entrance openings include different entrance angles such that the at least some entrance openings converge from the first gear tooth face to a middle segment of the at least one gear tooth passageway ; or wherein at least some of the plurality of gear tooth outlet openings include different exit angles such that the at least some gear tooth outlet openings diverge from a middle segment of the at least one gear tooth passageway .
A method of capturing chemical species from a fluid composition, the method comprising: adsorbing CO 2 from a fluid composition using one or more of NiAlF 5 (H 2 O)(pyrazine) 2 .2H 2 O, NiFeF 5 (H 2 O)(pyrazine) 2 .4H 2 O, and NiNbF 5 O(pyrazine) 2 .