mhurhangee/patent-ind-claim-en huggingface dataset:
An impeller (61; 71) for a turbocharger , comprising: an impeller body forming a disk-like shape and having a boss hole section formed therein, a rotating shaft being fitted into the boss hole section ; and a plurality of blades (62; 72) provided on a front surface side of the impeller body so as to protrude from a hub surface of the impeller body , wherein the impeller (61; 71) is formed of a plurality of resin members, which are engaged with each other and made of a resin, characterized in that the impeller is formed of a first resin member including a boss part that has the blades and the boss hole section formed therein, forms a tubular shape, and allows the blades to protrude therefrom to a radial outer side of the rotating shaft , and a second resin member including the hub surface that covers the boss part from an outer peripheral side and allows the blades to protrude from the second resin member to the front surface side, alternatively the impeller is formed of a plurality of first resin members respectively including the blades , and a second resin member including the hub surface that has the boss hole section formed therein, covers a base end part of each of the blades from an outer peripheral side, and allows a tip part of the blade to protrude from the second resin member to the front surface side. an impeller body forming a disk-like shape and having a boss hole section formed therein, a rotating shaft being fitted into the boss hole section ; and a plurality of blades (62; 72) provided on a front surface side of the impeller body so as to protrude from a hub surface of the impeller body , wherein the impeller (61; 71) is formed of a plurality of resin members, which are engaged with each other and made of a resin, characterized in that the impeller is formed of a first resin member including a boss part that has the blades and the boss hole section formed therein, forms a tubular shape, and allows the blades to protrude therefrom to a radial outer side of the rotating shaft , and a second resin member including the hub surface that covers the boss part from an outer peripheral side and allows the blades to protrude from the second resin member to the front surface side, alternatively the impeller is formed of a plurality of first resin members respectively including the blades , and a second resin member including the hub surface that has the boss hole section formed therein, covers a base end part of each of the blades from an outer peripheral side, and allows a tip part of the blade to protrude from the second resin member to the front surface side.
A heat conversion device, comprising: a housing ; a thermoelectric module received in the housing and including a thermoelectric semiconductor between substrates (140 ; 150) disposed to face each other; a first temperature conversion portion and a second temperature conversion portion disposed on the substrates (140 ; 150), respectively; and a heat reduction portion adopted to guide a part of a fluid flowing in the housing and passing through the first temperature conversion portion to the second temperature conversion portion , characterized in the heat reduction portion divided into a first region (Z1) and a second region (Z2) in the inner part of the housing , the first region (Z1) being divided as a region which communicates with the first temperature conversion portion , and the second region (Z2) being divided as a region which communicates with the second temperature conversion portion . a housing ; a thermoelectric module received in the housing and including a thermoelectric semiconductor between substrates (140 ; 150) disposed to face each other; a first temperature conversion portion and a second temperature conversion portion disposed on the substrates (140 ; 150), respectively; and a heat reduction portion adopted to guide a part of a fluid flowing in the housing and passing through the first temperature conversion portion to the second temperature conversion portion , characterized in the heat reduction portion divided into a first region (Z1) and a second region (Z2) in the inner part of the housing , the first region (Z1) being divided as a region which communicates with the first temperature conversion portion , and the second region (Z2) being divided as a region which communicates with the second temperature conversion portion .
A method for casting and forging objects made of brass, bronze, aluminum alloys, light alloys and the like, comprising the steps of: at a first station , performing the forging of a part by means of a die composed of an upper die part and a lower die part ; transferring said die to a second station for the extraction of said part ; transferring said die to a third station for the cooling and lubrication of said die; said steps being performed simultaneously with each other,the method further comprising a step of inserting a core within said die , said step of inserting a core within said die following said step of cooling and lubricating said die and preceding said forging step, characterized in that in said forging step liquid metal is filled in the casting cavity at low pressure, of approximately 2 kg/cm 2 , and, when said casting cavity has been filled with metal and with the core surrounded by the liquid metal , high pressure, of even 1200 kg/ cm 2 , is applied to the metal that is in the solidification step. at a first station , performing the forging of a part by means of a die composed of an upper die part and a lower die part ; transferring said die to a second station for the extraction of said part ; transferring said die to a third station for the cooling and lubrication of said die; said steps being performed simultaneously with each other,the method further comprising a step of inserting a core within said die , said step of inserting a core within said die following said step of cooling and lubricating said die and preceding said forging step, characterized in that in said forging step liquid metal is filled in the casting cavity at low pressure, of approximately 2 kg/cm 2 , and, when said casting cavity has been filled with metal and with the core surrounded by the liquid metal , high pressure, of even 1200 kg/ cm 2 , is applied to the metal that is in the solidification step.
An adhesive distribution device for use in the repair or reconditioning of a hollow profile which is to be repaired for connecting to a repair profile , comprises an adapter body , which has a first insertion-side connecting portion, for inserting into the hollow profile to be repaired, and a second insertion-side connecting portion for inserting into the repair profile , wherein one channel system in each case comprises at least two channels connected together is arranged in each of the insertion-side portions and at least one channel is connected to an injection opening for injecting adhesive into the channel system , wherein further each channel is formed with at least one exit opening for the injected adhesive to emerge from the channel system .
Device for cutting out workpiece parts from a plate-shaped workpiece by means of a cutting jet, which has a row-shaped arrangement of at least three support tables forming support surfaces , wherein a cutting gap for the cutting jet is defined by two directly neighboring support surfaces of the at least three support surfaces arranged in a row, which cutting gap extends perpendicularly to the row-shaped arrangement of the support surfaces and is completely open, wherein a flat workpiece support for the plate-shaped workpiece is formed by at least two support surfaces arranged on both sides of the cutting gap , wherein at least one height-adjustable support surface , which is directly adjacent to the cutting gap and arranged between two other support surfaces , can be adjusted between a high position, in which the support surface forms the workpiece support together with the other support surfaces , and at least one low position, in which the support surface is lowered relative to the plane of the workpiece support , characterized in that the device has a transport mechanism for the translatory and bidirectional transport of a plate-shaped workpiece on the workpiece support and in which the support tables forming support surfaces each have a circumferentially mounted support table endless belt , wherein an upper belt surface of the support table endless belt forms the support surface of the support table .
A seating system comprising: a sidewall of an aircraft; a plurality of rows of seating disposed in a line adjacent the sidewall , the rows of seating being spaced apart at a seating pitch and each of the rows of seating including a seat adjacent the sidewall having no armrest coupled with the seat adjacent the sidewall ; and a sidewall integrated armrest system including a support structure proximate the sidewall and an armrest wherein the entire armrest runs the length of the sidewall and is affixed to the support structure; characterised in that the armrest comprises one armrest segment per corresponding row of seating , the armrest segments being mounted on said support structure in a line along the sidewall and each being positioned adjacent to the seat adjacent the sidewall and having a length corresponding to a minimum pitch between the rows of seating ; and one or more armrest spacers which are mounted on said support structure in the line along the sidewall and which are disposed between the plurality of armrest segments corresponding to adjacent rows of seating and which have a length corresponding to a difference between the length of an armrest segment and the seating pitch. a sidewall of an aircraft; a plurality of rows of seating disposed in a line adjacent the sidewall , the rows of seating being spaced apart at a seating pitch and each of the rows of seating including a seat adjacent the sidewall having no armrest coupled with the seat adjacent the sidewall ; and a sidewall integrated armrest system including a support structure proximate the sidewall and an armrest wherein the entire armrest runs the length of the sidewall and is affixed to the support structure; characterised in that the armrest comprises one armrest segment per corresponding row of seating , the armrest segments being mounted on said support structure in a line along the sidewall and each being positioned adjacent to the seat adjacent the sidewall and having a length corresponding to a minimum pitch between the rows of seating ; and one or more armrest spacers which are mounted on said support structure in the line along the sidewall and which are disposed between the plurality of armrest segments corresponding to adjacent rows of seating and which have a length corresponding to a difference between the length of an armrest segment and the seating pitch.
A tool with a through hole comprising: a base ; and a diamond component held by the base , the diamond component being made of synthetic single crystal diamond or polycrystalline diamond, characterised in that when the length of the diamond component along a center line of the through hole is denoted as L1, and the maximum value of a diameter of a circle having the same area as a region surrounded by an outer edge (O) of the diamond component in a cross section having the center line as a normal line is denoted as M1, the ratio L1/M1 between L1 and M1 being 1.0 or more. a base ; and a diamond component held by the base , the diamond component being made of synthetic single crystal diamond or polycrystalline diamond, characterised in that when the length of the diamond component along a center line of the through hole is denoted as L1, and the maximum value of a diameter of a circle having the same area as a region surrounded by an outer edge (O) of the diamond component in a cross section having the center line as a normal line is denoted as M1, the ratio L1/M1 between L1 and M1 being 1.0 or more.
Structural element of a motor vehicle, wherein the structural element has a cavity and an elongate insulating element for acoustic insulation is arranged in the cavity , wherein a longitudinal axis of the insulating element is oriented substantially parallel to a longitudinal axis of the cavity and the insulating element comprises an expandable material (120a-120i, 320), which is arranged and/or configured in such a way that the insulating element fills the cavity completely along the entire length of the insulating element when the expandable material (120a-120i, 320) is in the expanded state , characterized in that the expandable material (120a-120i, 320) has a modulus of elasticity of at most 20 MPa after an expansion and after a possible hardening, and the insulating element comprises a base , on which the expandable material (120a-120i, 320) is arranged, wherein the base has breakthroughs (330a, ... 330f), which extend from an outer surface of the insulating element through the base , such that the expandable material (120a-120i, 320) is conducted during the expansion through the base into regions in which no expandable material (120a-120i, 320) is present on the base. a longitudinal axis of the insulating element is oriented substantially parallel to a longitudinal axis of the cavity and the insulating element comprises an expandable material (120a-120i, 320), which is arranged and/or configured in such a way that the insulating element fills the cavity completely along the entire length of the insulating element when the expandable material (120a-120i, 320) is in the expanded state , characterized in that the expandable material (120a-120i, 320) has a modulus of elasticity of at most 20 MPa after an expansion and after a possible hardening, and the insulating element comprises a base , on which the expandable material (120a-120i, 320) is arranged, wherein the base has breakthroughs (330a, ... 330f), which extend from an outer surface of the insulating element through the base , such that the expandable material (120a-120i, 320) is conducted during the expansion through the base into regions in which no expandable material (120a-120i, 320) is present on the base.
Flexible sensor arrangement for detecting a pressure distribution, characterized by a first contact-making layer having a plurality of first contact-making elements (31-35), and by a second contact-making layer having a plurality of second contact-making elements (51-55), wherein the individual contact-making elements (31-35, 51-55) each run parallel to one another within their contact-making layer and each run perpendicular to the contact-making elements (31-35, 51-55) of the respective other contact-making layer , wherein the first contact-making layer and the second contact-making layer are arranged above one another in the direction (Z) of an introduction of pressure, characterized in that the first contact-making layer and the second contact-making layer are spaced apart from one another in the direction (Z) of the introduction of pressure by way of an electrically conductive layer , wherein the electrically conductive layer comprises at least one elastomeric material based on fluoro rubber or based on ethylene-propylene-diene rubber having carbon nanotubes as conductivity additive.
A method of selecting an enhanced mode of operation in an appliance, such as a washing machine, during a laundry wash cycle utilizing a detergent composition, the detergent composition comprising a marker molecule and a surfactant, wherein the marker molecule is capable of being reversibly reduced or oxidized in response to a plurality of applied potential levels; wherein the marker molecule is detected in a solution of the detergent composition by a sensor assembly in the appliance, wherein the appliance is arranged to select between a normal mode of operation and an enhanced mode of operation based on the detected presence of the marker molecule in the solution of the detergent composition during the operation of the appliance, wherein the enhanced mode of operation comprises treatment of waste water generated during use of the appliance; wherein the sensor assembly comprises a pulse generator unit for generating a pulse train, a current measurement unit , and at least two electrodes in contact with the solution of the detergent composition, connected to the pulse generator unit and the current measurement unit , the pulse generator unit being arranged to supply the pulse train to the two electrodes during operation, the pulse train comprising at least two subsequent pulses each having a pulse duration and a pulse level (Vx, Vy), wherein the pulse levels (Vx, Vy) are each associated with a different reduction or oxidation event of the marker molecule in the solution, and wherein the sensor assembly detects the marker molecule by detecting a unique electrochemical signature generated by the marker molecule.
A filling apparatus for filling receptacles with a hot pourable product, said filling apparatus comprising: - a support body defining a flowing channel for the pourable product; - a delivery mouth which is arranged at one end of said flowing channel and through which the pourable product flows in use to fill a respective receptacle ; - a shutter coaxially mounted within the flowing channel and axially displaced in use between an open position, in which it allows the pourable product to freely flow through the flowing channel and the delivery mouth to fill the respective receptacle , and a closed position, in which it sealingly closes the delivery mouth and interrupts flowing of the pourable product to the respective receptacle ; - an electromagnetic actuator configured to control displacements of the shutter between the open and closed position and which includes a magnetic stator , carried by the support body and arranged around said flowing channel , and a movable magnetic core being part of said shutter and controlled by an energizable coil of said stator ; and - an energizing equipment operable to energize the coil of the stator ; characterized in that said energizing equipment is configured to power supply the coil of the stator , when the shutter is in the closed position and the filling apparatus is in stand-by, to cause the pourable product contained in the flowing channel to be heated-up at a pre-set temperature (T). - a support body defining a flowing channel for the pourable product; - a delivery mouth which is arranged at one end of said flowing channel and through which the pourable product flows in use to fill a respective receptacle ; - a shutter coaxially mounted within the flowing channel and axially displaced in use between an open position, in which it allows the pourable product to freely flow through the flowing channel and the delivery mouth to fill the respective receptacle , and a closed position, in which it sealingly closes the delivery mouth and interrupts flowing of the pourable product to the respective receptacle ; - an electromagnetic actuator configured to control displacements of the shutter between the open and closed position and which includes a magnetic stator , carried by the support body and arranged around said flowing channel , and a movable magnetic core being part of said shutter and controlled by an energizable coil of said stator ; and - an energizing equipment operable to energize the coil of the stator ;
A robot arm comprising a plurality of rotary motors , each of the rotary motors comprising: a rotor having a shaft ; and at least one stator , each of the stator having an iron core and a coil wound around the iron core , wherein a cross section of the stator perpendicular to the shaft is rectangular, wherein a cross section of the iron core perpendicular to the shaft has a short axis (L 1 ) being tangential to the shaft , and a long axis (L 2 ) crossing the short axis (L 1 ), and the rotor is disposed on an extension line of the long axis (L 2 ), wherein the plurality of rotary motors are arranged in series, and a quantity of the stator in each of the rotary motors is one, wherein for each pair of rotary motors in the series, the pair comprises a preceding rotary motor and a next rotary motor , the rotor of the preceding rotary motor and the stator of the next rotary motor are fixedly interconnected. a rotor having a shaft ; and at least one stator , each of the stator having an iron core and a coil wound around the iron core , wherein a cross section of the stator perpendicular to the shaft is rectangular, wherein a cross section of the iron core perpendicular to the shaft has a short axis (L 1 ) being tangential to the shaft , and a long axis (L 2 ) crossing the short axis (L 1 ), and the rotor is disposed on an extension line of the long axis (L 2 ), wherein the plurality of rotary motors are arranged in series, and a quantity of the stator in each of the rotary motors is one, wherein for each pair of rotary motors in the series, the pair comprises a preceding rotary motor and a next rotary motor , the rotor of the preceding rotary motor and the stator of the next rotary motor are fixedly interconnected.
A hardware processor core comprising: a first decode cluster comprising a plurality of decoder circuits ; a second decode cluster comprising a plurality of decoder circuits ; and a toggle point control circuit to toggle between sending instructions requested for decoding between the first decode cluster and the second decode cluster , wherein the toggle point control circuit is to: determine a location in an instruction stream as a candidate toggle point to switch the sending of the instructions requested for decoding between the first decode cluster and the second decode cluster , track a number of times a characteristic of multiple previous decodes of the instruction stream is present for the location, and cause insertion of a toggle point at the location, based on the number of times, to switch the sending of the instructions requested for decoding between the first decode cluster and the second decode cluster , wherein the characteristic includes a number of bytes of the instructions decoded from the instruction stream before the location and after an immediately previous switch of decoding of the instruction stream between the first decode cluster and the second decode cluster . a first decode cluster comprising a plurality of decoder circuits ; a second decode cluster comprising a plurality of decoder circuits ; and a toggle point control circuit to toggle between sending instructions requested for decoding between the first decode cluster and the second decode cluster , wherein the toggle point control circuit is to: determine a location in an instruction stream as a candidate toggle point to switch the sending of the instructions requested for decoding between the first decode cluster and the second decode cluster , track a number of times a characteristic of multiple previous decodes of the instruction stream is present for the location, and cause insertion of a toggle point at the location, based on the number of times, to switch the sending of the instructions requested for decoding between the first decode cluster and the second decode cluster , determine a location in an instruction stream as a candidate toggle point to switch the sending of the instructions requested for decoding between the first decode cluster and the second decode cluster , track a number of times a characteristic of multiple previous decodes of the instruction stream is present for the location, and cause insertion of a toggle point at the location, based on the number of times, to switch the sending of the instructions requested for decoding between the first decode cluster and the second decode cluster , wherein the characteristic includes a number of bytes of the instructions decoded from the instruction stream before the location and after an immediately previous switch of decoding of the instruction stream between the first decode cluster and the second decode cluster .