mhurhangee/patent-ind-claim-en huggingface dataset:
A proportional hydrogen solenoid valve, intended to regulate the flow of hydrogen and comprising a fixed core , a mobile core , a primary elastic return means , a secondary elastic return means , a sealing means, inlet and outlet ports , a slider and a sealing element , wherein the mobile core that can move axially through a hole relative to said fixed core by the force of a magnetic field created by a coil, in which the primary elastic return means are linked to the mobile core and the secondary elastic return means are linked to the sealing means to allow fluid to flow through the inlet and outlet ports, wherein the sealing means are located in the slider that is moved by the movement of the mobile core , the slider is made up of a substantially cylindrical body defined by a first portion facing the mobile core and a second portion oriented towards the inlet and outlet ports for the circulating fluid, in which the first portion comprises a series of annular recesses and a cavity at the end facing the mobile core , wherein a sealing element coupled to the mobile core can be inserted, wherein the second portion comprises a substantially cylindrical recessed cross section in which the secondary elastic return means are inserted, the first portion having a larger external diameter than the second portion, and in which the slider has a termination at the free end of the second portion intended to seal the outlet , wherein a washer is provided that is housed at the end of the mobile core that faces the fixed core , a housing being formed by a centrally protruding enlargement around a rim of a blind hole in which the primary elastic return means is located, characterized in that the termination is made up of a frustoconical section from which a cylindrical extension extends, and the washer has an internal diameter that is defined by two projecting planes that converge with each other at half the height of the total height of the washer , said planes having dimensions that are complementary to a inner part of the enlargement.
An armature comprising: an armature core provided with a plurality of slots extending in a central axis direction; a coil portion in which leg portions of a plurality of segment conductors disposed so as to face each other in the central axis direction are joined in a joint portion that is in one slot of the slots ; and a core leg portion fixing member that is provided in the slot , in a part at a position (P2) different from the position (P1) in the central axis direction corresponding to the joint portion and that includes a first fixing layer that fixes the armature core and the leg portion and is not provided in the joint portion . an armature core provided with a plurality of slots extending in a central axis direction; a coil portion in which leg portions of a plurality of segment conductors disposed so as to face each other in the central axis direction are joined in a joint portion that is in one slot of the slots ; and a core leg portion fixing member that is provided in the slot , in a part at a position (P2) different from the position (P1) in the central axis direction corresponding to the joint portion and that includes a first fixing layer that fixes the armature core and the leg portion and is not provided in the joint portion .
Wall or building shell, comprising: a) a masonry made of bricks and at least one flat mat , which is inserted into a bed joint or into a heading joint, and b) at least one other component, which is selected from the group consisting of a cladding element, an insulation element, and an installation element, characterized in that the mat c) comprises a section without cutouts which is provided for insertion into a bed joint or into a heading joint, d) as well as at least one mechanical connection element, which is mechanically connected in a form-locking or force-locking manner with the at least one other component for a mortar-free, but form-locking or force-locking connection of the at least one other component to the masonry via the inserted mat . a) a masonry made of bricks and at least one flat mat , which is inserted into a bed joint or into a heading joint, and b) at least one other component, which is selected from the group consisting of a cladding element, an insulation element, and an installation element, characterized in that the mat c) comprises a section without cutouts which is provided for insertion into a bed joint or into a heading joint, d) as well as at least one mechanical connection element, which is mechanically connected in a form-locking or force-locking manner with the at least one other component for a mortar-free, but form-locking or force-locking connection of the at least one other component to the masonry via the inserted mat .
A gear apparatus for an image forming apparatus comprising: a gear comprising a shaft hole and a gear portion ; a rotation shaft that is inserted into the shaft hole ; a reinforcing member comprising a through hole into which the rotation shaft is inserted; a first connecting portion configured to connect the gear and the reinforcing member such that the gear and the reinforcing member rotate together, and which is provided at a radial circumference of the shaft hole ; and characterised by comprising a second connecting portion configured to connect the reinforcing member and the rotation shaft such that the reinforcing member and the rotation shaft rotate together, and in that the reinforcing member has a stiffness that is higher than a stiffness of the gear . a gear comprising a shaft hole and a gear portion ; a rotation shaft that is inserted into the shaft hole ; a reinforcing member comprising a through hole into which the rotation shaft is inserted; a first connecting portion configured to connect the gear and the reinforcing member such that the gear and the reinforcing member rotate together, and which is provided at a radial circumference of the shaft hole ; and characterised by comprising a second connecting portion configured to connect the reinforcing member and the rotation shaft such that the reinforcing member and the rotation shaft rotate together, and in that the reinforcing member has a stiffness that is higher than a stiffness of the gear .
A verification service provider device , comprising: a memory configured to store a set of instructions; and a processor configured to execute the stored set of instructions to perform operations comprising: receiving a verification request from a registrar device over a communications network, wherein the verification request relates to a domain name, a registrant identification information identifying a registrant of the domain name, or both the domain name and the registrant identification information; performing a verification process in response to receiving the verification request, wherein the verification process determines that one or more requirements associated with a locality of the verification service provider device are met, wherein the verification process determines at least one of: whether the domain name is a valid name, and an identity of the registrant of the domain name; determining that the verification request is approved based on the verification process; generating a verification code; and transmitting , over the communications network, a verification to the registrar device. a memory configured to store a set of instructions; and a processor configured to execute the stored set of instructions to perform operations comprising: receiving a verification request from a registrar device over a communications network, wherein the verification request relates to a domain name, a registrant identification information identifying a registrant of the domain name, or both the domain name and the registrant identification information; performing a verification process in response to receiving the verification request, wherein the verification process determines that one or more requirements associated with a locality of the verification service provider device are met, wherein the verification process determines at least one of: whether the domain name is a valid name, and an identity of the registrant of the domain name; determining that the verification request is approved based on the verification process; generating a verification code; and transmitting , over the communications network, a verification to the registrar device. receiving a verification request from a registrar device over a communications network, wherein the verification request relates to a domain name, a registrant identification information identifying a registrant of the domain name, or both the domain name and the registrant identification information; performing a verification process in response to receiving the verification request, wherein the verification process determines that one or more requirements associated with a locality of the verification service provider device are met, wherein the verification process determines at least one of: whether the domain name is a valid name, and an identity of the registrant of the domain name; determining that the verification request is approved based on the verification process; generating a verification code; and transmitting , over the communications network, a verification to the registrar device.
Method of repositioning a floating offshore wind turbine located at a current offshore position and having rotor blades rotating in a rotor blade plane , the method comprising: measuring a first value ( σ ( F 1 )) of a variability of a load (F_1) related to a first location at the floating offshore wind turbine ; measuring a second value ( σ ( F 2 )) of a variability of a load (F_2) related to a second location at the floating offshore wind turbine ; comparing the first value ( σ ( F 1 )) with the second value ( σ ( F 2 )); and moving the floating offshore wind turbine along a moving direction depending on the comparison, and in particular further depending on the first location relative to the second location . measuring a first value ( σ ( F 1 )) of a variability of a load (F_1) related to a first location at the floating offshore wind turbine ; measuring a second value ( σ ( F 2 )) of a variability of a load (F_2) related to a second location at the floating offshore wind turbine ; comparing the first value ( σ ( F 1 )) with the second value ( σ ( F 2 )); and moving the floating offshore wind turbine along a moving direction depending on the comparison, and in particular further depending on the first location relative to the second location .
A die casting system (10;110;210), comprising: a die (12;112;212) including a plurality of die components that define a die cavity (20;120;220); a shot tube (24;124;224) in fluid communication with said die cavity (20;120;220); a shot tube plunger (28;128;228) moveable within said shot tube (24;124;224) to communicate a charge of material into said die cavity (20;120;220); a melting unit (132;232) positioned relative to said die (12;112;222), wherein said melting unit (132;232) includes a bottom portion having an opening for selectively releasing said charge of material through said bottom portion ; a closure member positioned relative to said opening , and selectively moveable between a first position and a second position to uncover said opening and release said charge of material; a heating system disposed about said melting unit (132;232), wherein said heating system includes a first induction coil disposed about an outer surface of a body of said melting unit ; characterised in that said heating system further includes a secondary induction coil disposed about said bottom portion of said melting unit. a die (12;112;212) including a plurality of die components that define a die cavity (20;120;220); a shot tube (24;124;224) in fluid communication with said die cavity (20;120;220); a shot tube plunger (28;128;228) moveable within said shot tube (24;124;224) to communicate a charge of material into said die cavity (20;120;220); a melting unit (132;232) positioned relative to said die (12;112;222), wherein said melting unit (132;232) includes a bottom portion having an opening for selectively releasing said charge of material through said bottom portion ; a closure member positioned relative to said opening , and selectively moveable between a first position and a second position to uncover said opening and release said charge of material; a heating system disposed about said melting unit (132;232), wherein said heating system includes a first induction coil disposed about an outer surface of a body of said melting unit ; characterised in that said heating system further includes a secondary induction coil disposed about said bottom portion of said melting unit.
A call manager server for selecting a call leg comprising: an interface for connecting to a telephony network ; a processor connected to said interface via a bus; said processor configured to receive an incoming telephone call (C) via said interface; said incoming call (C) destined for a telephone number; a memory unit connected to said processor via said bus; said memory unit configured to maintain an electronic list of one or more telephones (70-1, 70-2) each associated with said telephone number; each of said telephones (70-1, 70-2) connectable to said telephony network ; said processor further configured, in the absence of an incoming call, to send a query (Q-1, Q-2) via said network to each of said telephones (70-1, 70-2) for identifying which of said at least one telephones (70-1, 70-2) is designated to receive said incoming call (C) and to receive a response (R-1, R-2) to said query (Q-1, Q-2) from each of said telephones (70-1, 70-2), each response (R-1, R-2) indicating whether a corresponding one of said telephones (70-1, 70-2) is designated to receive said incoming call; and said processor further configured, upon receipt of said incoming call (C), to route said incoming call (C) to the designated one of said telephones (70-1, 70-2). an interface for connecting to a telephony network ; a processor connected to said interface via a bus; said processor configured to receive an incoming telephone call (C) via said interface; said incoming call (C) destined for a telephone number; a memory unit connected to said processor via said bus; said memory unit configured to maintain an electronic list of one or more telephones (70-1, 70-2) each associated with said telephone number; each of said telephones (70-1, 70-2) connectable to said telephony network ; said processor further configured, in the absence of an incoming call, to send a query (Q-1, Q-2) via said network to each of said telephones (70-1, 70-2) for identifying which of said at least one telephones (70-1, 70-2) is designated to receive said incoming call (C) and to receive a response (R-1, R-2) to said query (Q-1, Q-2) from each of said telephones (70-1, 70-2), each response (R-1, R-2) indicating whether a corresponding one of said telephones (70-1, 70-2) is designated to receive said incoming call; and said processor further configured, upon receipt of said incoming call (C), to route said incoming call (C) to the designated one of said telephones (70-1, 70-2).
An automatic driving system, comprising: a primary monitoring device, an auxiliary monitoring device, at least one device to be detected (1, 2...n) and a fault alarm device; wherein the primary monitoring device and the auxiliary monitoring device are respectively connected to each device to be detected (1, 2...n), the primary monitoring device and the auxiliary monitoring device are respectively connected to the fault alarm device; the auxiliary monitoring device is configured to determine a second detection result of each of the at least one device to be detected (1, 2...n) according to device information of each of the at least one device to be detected (1, 2...n), and the primary monitoring device is configured to determine a first detection result of each of the at least one device to be detected (1, 2...n) according to the device information of each of the at least one device to be detected (1, 2...n); characterized in that the primary monitoring device and the auxiliary monitoring device are connected; the auxiliary monitoring device is further configured to send the second detection result of each of the at least one device to be detected (1, 2...n) to the primary monitoring device; the primary monitoring device is further configured to receive the second detection result of each of the at least one device to be detected (1, 2...n) sent by the auxiliary monitoring device, determine a detection result of each of the at least one device to be detected (1, 2...n) based on the first detection result of each of the at least one device to be detected (1, 2...n) and the second detection result of each of the at least one device to be detected (1, 2...n), and send an alarm instruction to the fault alarm device if the detection result determined based on the first detection result and the second detection result indicates that any one of the at least one device to be detected (1, 2...n) is abnormal; and the fault alarm device is configured to perform an alarm operation according to the alarm instruction. characterized in that the primary monitoring device and the auxiliary monitoring device are connected; the auxiliary monitoring device is further configured to send the second detection result of each of the at least one device to be detected (1, 2...n) to the primary monitoring device; the primary monitoring device is further configured to receive the second detection result of each of the at least one device to be detected (1, 2...n) sent by the auxiliary monitoring device, determine a detection result of each of the at least one device to be detected (1, 2...n) based on the first detection result of each of the at least one device to be detected (1, 2...n) and the second detection result of each of the at least one device to be detected (1, 2...n), and send an alarm instruction to the fault alarm device if the detection result determined based on the first detection result and the second detection result indicates that any one of the at least one device to be detected (1, 2...n) is abnormal; and the fault alarm device is configured to perform an alarm operation according to the alarm instruction.
Carbine with a framework in which a barrel with an operating axis is firmly mounted, with a locking sleeve , connected to the barrel , with a lock , with a sliding block , with a gas-powered actuator , the gas-powered actuator comprising a plunger support , an annular piston , which is located in a displaceable manner on said plunger support , a ring-shaped expansion chamber constituted by an axial section with a reduced internal radius of the annular piston along with the plunger support , in a region behind a front surface of said annular piston , said expansion chamber acting on the sliding block by means of push rods and being pushed forward by reset springs , with a gas borehole penetrating the wall of the barrel and the plunger support , the gas-powered actuator further comprising an outlet channel formed by a protruding, foremost part of the annular piston with an overflow limit of the plunger support and a region before it, said outlet channel being fluidly separated from the expansion chamber when the annular piston is at rest and being fluidly connected with the expansion chamber after a backward displacement of the annular piston .
Transgenic plant cell or plant organism comprising: a) a genetic modification resulting in the constitutive phosphorylation of RNA polymerase II; and b) an expression cassette which comprises: (i) a promoter the methylation of which increases upon priming for a stress response or a functional fragment or functional derivative of such a promoter, wherein methylation means the attachment of one or more methyl residues to lysine 4 of histone 3; (ii) operatively linked thereto a nucleic acid sequence coding for a reporter protein; and (iii) optionally, further regulatory elements. a) a genetic modification resulting in the constitutive phosphorylation of RNA polymerase II; and b) an expression cassette which comprises: (i) a promoter the methylation of which increases upon priming for a stress response or a functional fragment or functional derivative of such a promoter, wherein methylation means the attachment of one or more methyl residues to lysine 4 of histone 3; (ii) operatively linked thereto a nucleic acid sequence coding for a reporter protein; and (iii) optionally, further regulatory elements. (i) a promoter the methylation of which increases upon priming for a stress response or a functional fragment or functional derivative of such a promoter, wherein methylation means the attachment of one or more methyl residues to lysine 4 of histone 3; (ii) operatively linked thereto a nucleic acid sequence coding for a reporter protein; and (iii) optionally, further regulatory elements.
A LED light source comprising: a three-phase voltage rectifier which is connectable to an unstable three-phase AC network and which is configured to output a first unstabilized voltage (U1), an adaptive source configured to output a second voltage (U2), connected in series with the three-phase voltage rectifier, and a group of series connected LEDs , wherein the LED light source is configured to apply a total voltage to the group of LEDs , characterized in that said total voltage is the total of both the first unstabilized voltage (U1) and the second voltage (U2) output by the adaptive source ; and that the LED light source further comprises a current source (I1) connected in series with the group of LEDs ; the LED light source being further configured to control the adaptive source by feedback from the current source (I1) such that the total voltage is always constant; wherein an output of the three-phase voltage rectifier is connected in series with an input of the adaptive source , a positive pole of the output of the adaptive source is coupled to a negative pole of the output of the three-phase voltage rectifier, a positive pole of the output of the three-phase voltage rectifier is connected to an input of the group of series connected LEDs , and an output of the group of series connected LEDs is coupled to a negative pole of the output of the adaptive source . a three-phase voltage rectifier which is connectable to an unstable three-phase AC network and which is configured to output a first unstabilized voltage (U1), an adaptive source configured to output a second voltage (U2), connected in series with the three-phase voltage rectifier, and a group of series connected LEDs , wherein the LED light source is configured to apply a total voltage to the group of LEDs , characterized in that said total voltage is the total of both the first unstabilized voltage (U1) and the second voltage (U2) output by the adaptive source ; and that the LED light source further comprises a current source (I1) connected in series with the group of LEDs ; the LED light source being further configured to control the adaptive source by feedback from the current source (I1) such that the total voltage is always constant; wherein an output of the three-phase voltage rectifier is connected in series with an input of the adaptive source , a positive pole of the output of the adaptive source is coupled to a negative pole of the output of the three-phase voltage rectifier, a positive pole of the output of the three-phase voltage rectifier is connected to an input of the group of series connected LEDs , and an output of the group of series connected LEDs is coupled to a negative pole of the output of the adaptive source .