mhurhangee/patent-ind-claim-en huggingface dataset:
An article of footwear comprising: an upper ; a color change system located on a portion of the upper and including a color change portion including a first color change portion and a second color change portion ; and a control unit associated with the first color change portion and the second color change portion and configured to: measure a performance parameter; color at least one of the first color change portion and the second color change portion with a first color when the performance parameter is in a first range of values; color the at least one of the first color change portion and the second color change portion with a second color when the performance parameter is in a second range of values, the second range of values being substantially different from the first range of values and the second color being different from the first color; characterised in that the control unit is further configured to reset the performance parameter to an initial value in response to a user manually controlling a reset button. an upper ; a color change system located on a portion of the upper and including a color change portion including a first color change portion and a second color change portion ; and a control unit associated with the first color change portion and the second color change portion and configured to: measure a performance parameter; color at least one of the first color change portion and the second color change portion with a first color when the performance parameter is in a first range of values; color the at least one of the first color change portion and the second color change portion with a second color when the performance parameter is in a second range of values, the second range of values being substantially different from the first range of values and the second color being different from the first color; characterised in that the control unit is further configured to reset the performance parameter to an initial value in response to a user manually controlling a reset button. measure a performance parameter; color at least one of the first color change portion and the second color change portion with a first color when the performance parameter is in a first range of values; color the at least one of the first color change portion and the second color change portion with a second color when the performance parameter is in a second range of values, the second range of values being substantially different from the first range of values and the second color being different from the first color; characterised in that the control unit is further configured to reset the performance parameter to an initial value in response to a user manually controlling a reset button.
A base part of a mold (M) for aluminothermic welding of metallic rails , which is generally inscribed in a rectangular parallelepiped and which has an upper face for receiving the foot of said rails , this upper face having a hollow cavity comprising a base , two opposite longitudinal flanks , as well as two transverse opposite flanks , said longitudinal flanks each having an intermediate region flanked by two end regions , characterized in that these end regions are located in the same plane, whereas the intermediate region has a curved profile (C1), of concavity directed towards the opposite flank .
An exhaust turbo supercharger having: a turbine housing into which exhaust gas from an internal combustion engine is introduced; a turbine wheel which is provided within said turbine housing and which is rotation-driven by said exhaust gas; a turbine shaft , one end of which is inserted into said turbine housing, and to which said turbine wheel is attached; a bearing which supports said turbine shaft; a bearing housing which is connected to said turbine housing and inside of which said bearing is housed; and a gasket which seals, in an area outside in the radial direction of said turbine shaft, between said turbine housing and said bearing housing; characterised in that a screw hole is formed in said turbine housing, said turbine housing and said bearing housing are detachably fixed by a bolt that engages with said screw hole, and in that in said bearing housing, a bolt support section that receives said bolt is able to elastically deform in the axial direction of said bolt, and said bolt support section receives said bolt in a state of being elastically deformed to said turbine housing side. a turbine housing into which exhaust gas from an internal combustion engine is introduced; a turbine wheel which is provided within said turbine housing and which is rotation-driven by said exhaust gas; a turbine shaft , one end of which is inserted into said turbine housing, and to which said turbine wheel is attached; a bearing which supports said turbine shaft; a bearing housing which is connected to said turbine housing and inside of which said bearing is housed; and a gasket which seals, in an area outside in the radial direction of said turbine shaft, between said turbine housing and said bearing housing; characterised in that a screw hole is formed in said turbine housing, said turbine housing and said bearing housing are detachably fixed by a bolt that engages with said screw hole, and in that in said bearing housing, a bolt support section that receives said bolt is able to elastically deform in the axial direction of said bolt, and said bolt support section receives said bolt in a state of being elastically deformed to said turbine housing side.
A light modulating device comprising: a distributed Bragg mirror comprising a first material layer and a second material layer that are alternately stacked, and a refractive index of the first material layer being different from a refractive index of the second material layer; and characterized in that the light modulating device further comprises: a variable mirror spaced apart from the distributed Bragg mirror and provided below the distributed Bragg mirror, the variable mirror comprising a plurality of lattice structures , the plurality of lattice structures comprising a material having a refractive index that changes based on a temperature of the material; and a heating portion configured to apply heat the plurality of lattice structures and provided below the variable mirror opposite to the distributed Bragg mirror. a distributed Bragg mirror comprising a first material layer and a second material layer that are alternately stacked, and a refractive index of the first material layer being different from a refractive index of the second material layer; and characterized in that the light modulating device further comprises: a variable mirror spaced apart from the distributed Bragg mirror and provided below the distributed Bragg mirror, the variable mirror comprising a plurality of lattice structures , the plurality of lattice structures comprising a material having a refractive index that changes based on a temperature of the material; and a heating portion configured to apply heat the plurality of lattice structures and provided below the variable mirror opposite to the distributed Bragg mirror. a variable mirror spaced apart from the distributed Bragg mirror and provided below the distributed Bragg mirror, the variable mirror comprising a plurality of lattice structures , the plurality of lattice structures comprising a material having a refractive index that changes based on a temperature of the material; and a heating portion configured to apply heat the plurality of lattice structures and provided below the variable mirror opposite to the distributed Bragg mirror.
A photo-curable inkjet ink composition comprising: a polymer including a structural unit represented by General Formula 1 below; and a radical-polymerizable monomer, wherein a total content of a monofunctional radical-polymerizable monomer and a bifunctional radical-polymerizable monomer is 50% by mass or more with respect to a total amount of the composition: wherein, in General Formula 1: R 1 represents a hydrogen atom or a methyl group; X represents an oxygen atom or -NR 2 -, R 2 representing a hydrogen atom or an alkyl group having 1 to 8 carbon atoms; Y represents a group including at least one selected from the group consisting of a thioether structure, a phosphorus atom, and a hindered phenol structure; and * represents a bonding site. a polymer including a structural unit represented by General Formula 1 below; and a radical-polymerizable monomer, wherein a total content of a monofunctional radical-polymerizable monomer and a bifunctional radical-polymerizable monomer is 50% by mass or more with respect to a total amount of the composition: wherein, in General Formula 1: R 1 represents a hydrogen atom or a methyl group; X represents an oxygen atom or -NR 2 -, R 2 representing a hydrogen atom or an alkyl group having 1 to 8 carbon atoms; Y represents a group including at least one selected from the group consisting of a thioether structure, a phosphorus atom, and a hindered phenol structure; and * represents a bonding site.
A first base station comprising: a first communication processing means for communicating with a first terminal apparatus ; a second communication processing means for receiving, from a second base station communicating with a second terminal apparatus , radio resource time length information for specifying a time length of a radio resource for the second terminal apparatus , and hopping pattern information for specifying a frequency hopping pattern for the second terminal apparatus ; and an information obtaining means for obtaining information indicating a time length of a radio resource for the first terminal apparatus , wherein the first communication processing means are configured to determine a frequency hopping pattern for the first terminal apparatus , based on the radio resource time length information and the hopping pattern information, and communicate with the first terminal apparatus in accordance with the determined frequency hopping pattern, and the first communication processing means are configured to determine the frequency hopping pattern for the first terminal apparatus , based on whether or not the time length of the radio resource for the first terminal apparatus is equal to the time length of the radio resource for the second terminal apparatus specified by the radio resource time length information. a first communication processing means for communicating with a first terminal apparatus ; a second communication processing means for receiving, from a second base station communicating with a second terminal apparatus , radio resource time length information for specifying a time length of a radio resource for the second terminal apparatus , and hopping pattern information for specifying a frequency hopping pattern for the second terminal apparatus ; and an information obtaining means for obtaining information indicating a time length of a radio resource for the first terminal apparatus , wherein the first communication processing means are configured to determine a frequency hopping pattern for the first terminal apparatus , based on the radio resource time length information and the hopping pattern information, and communicate with the first terminal apparatus in accordance with the determined frequency hopping pattern, and the first communication processing means are configured to determine the frequency hopping pattern for the first terminal apparatus , based on whether or not the time length of the radio resource for the first terminal apparatus is equal to the time length of the radio resource for the second terminal apparatus specified by the radio resource time length information.
An applicator instrument having a reconfigurable handle for dispensing surgical fasteners comprising: a housing ; an elongated shaft extending from a distal end of said housing ; a handle coupled with a proximal end of said housing ; a trigger coupled with said handle ; a firing system disposed within said housing , said firing system including an energy storing assembly; a gear train disposed within said handle and coupled with said trigger , wherein said trigger is squeezable for storing energy in said energy storing assembly; characterised in that the applicator instrument comprises a handle reconfiguration actuator having a first position for locking said handle in place relative to said housing and a second position for enabling said handle to rotate relative to said housing between a pistol configuration and an in-line configuration, wherein an in-line configuration is defined as the configuration in which a longitudinal axis of said handle is generally parallel to a longitudinal axis of said elongate shaft. a housing ; an elongated shaft extending from a distal end of said housing ; a handle coupled with a proximal end of said housing ; a trigger coupled with said handle ; a firing system disposed within said housing , said firing system including an energy storing assembly; a gear train disposed within said handle and coupled with said trigger , wherein said trigger is squeezable for storing energy in said energy storing assembly; characterised in that the applicator instrument comprises a handle reconfiguration actuator having a first position for locking said handle in place relative to said housing and a second position for enabling said handle to rotate relative to said housing between a pistol configuration and an in-line configuration, wherein an in-line configuration is defined as the configuration in which a longitudinal axis of said handle is generally parallel to a longitudinal axis of said elongate shaft.
Two-component pressurized can having a body , a dome , a valve arranged in the dome , an inwardly curved bottom and an opening device which is arranged in the bottom and can be actuated from the outside, characterized in that the can body has a peripheral necking to which there is secured a separating disk which divides the can into a lower chamber and an upper chamber , wherein the separating disk has a central opening which is closed by a closure element , and wherein the opening device can be moved against the closure element via a triggering member in order to detach the closure element from the separating disk .
A foldable child's chair , comprising: a) a frame that includes an upper section and a lower section , the upper section having first and second spaced apart upper frame rods and the lower section having first and second spaced apart lower frame rods ; b) first and second pivotal connections that join the upper section to the lower section , wherein the first pivotal connection joins the first upper frame rod to the first lower frame rod , and the second pivotal connection joins the second upper frame rod to the second lower frame rod , wherein the upper section is able to rotate into a folded position in which the upper and lower sections are generally aligned; c) a seat back that is attached to the upper section ; d) a seat bottom that is attached to the lower section ; e) the seat back including a first plurality of panels (55-63), and the seat bottom including a second plurality of panels (65-73), wherein the panels (55-63) of the first plurality fold upon one or more other of said panels (55-63) of said first plurality, and wherein the panels (65-73) of the second plurality fold upon one or more other of said panels (65-73) of said second plurality into a storage position; f) wherein in said storage position some of the panels (55-63; 65-73) abut the frame and the pivotal connections move toward one another; g) each seat back and seat bottom being expandable into an expanded position; and h) foldable and expandable locking members that enable the seat back and seat bottom to be held in the expanded position. a) a frame that includes an upper section and a lower section , the upper section having first and second spaced apart upper frame rods and the lower section having first and second spaced apart lower frame rods ; b) first and second pivotal connections that join the upper section to the lower section , wherein the first pivotal connection joins the first upper frame rod to the first lower frame rod , and the second pivotal connection joins the second upper frame rod to the second lower frame rod , wherein the upper section is able to rotate into a folded position in which the upper and lower sections are generally aligned; c) a seat back that is attached to the upper section ; d) a seat bottom that is attached to the lower section ; e) the seat back including a first plurality of panels (55-63), and the seat bottom including a second plurality of panels (65-73), wherein the panels (55-63) of the first plurality fold upon one or more other of said panels (55-63) of said first plurality, and wherein the panels (65-73) of the second plurality fold upon one or more other of said panels (65-73) of said second plurality into a storage position; f) wherein in said storage position some of the panels (55-63; 65-73) abut the frame and the pivotal connections move toward one another; g) each seat back and seat bottom being expandable into an expanded position; and h) foldable and expandable locking members that enable the seat back and seat bottom to be held in the expanded position.
A wind turbine nacelle, the nacelle comprising a composite nacelle cover (1;22) delimiting an interior space accommodating a plurality of main machinery components of the wind turbine, the plurality of main machinery components comprising a first part of the main machinery components and a second part of the main machinery components, the nacelle having a nacelle front end and a nacelle rear end which is spaced from the nacelle front end along a length direction of the nacelle, the nacelle front end being closest to a rotor of the wind turbine and the nacelle rear end being farthest from the rotor, wherein the nacelle further comprises a load-carrying frame (8; 23), the load-carrying frame (8; 23) having a frame front end and a frame rear end , wherein the frame rear end is within the interior space and is spaced inwardly from the nacelle rear end along the length direction, wherein the load-carrying frame (8; 23) comprises a bed plate frame (13; 25) having an upper side which supports a drive train which is connected to the rotor, and a lower side which is connected to a yaw bearing between the nacelle and a tower of the wind turbine, wherein the first part of the main machinery components is secured to a composite wall of the composite nacelle cover at a position, along a length direction of the nacelle, which is rearward of the frame rear end and between the frame rear end and the nacelle rear end, the composite wall constituting a first load-carrying structure for the first part of the main machinery components, and the second part of the main machinery components is supported on the load-carrying frame constituting a second load-carrying structure for the second part of the main machinery components.
Method for operating an ion gate having at least a first, a second and a third electrode , which are arranged one behind the other in an intended drift direction (D) of ions to be influenced by the ion gate in such a way that, in the drift direction (D), the second electrode is arranged behind the first electrode and the third electrode is arranged behind the second electrode , wherein, by applying time-varying potentials (U) to one or more of the aforementioned electrodes , the ion gate is switched between a closed state, in which ions cannot drift through the ion gate in the intended drift direction (D), and an open state, in which ions can drift through the ion gate in the intended drift direction (D), wherein in a switching cycle of the ion gate , which comprises the open and the closed state of the ion gate , two different closed states of the ion gate are generated, characterized in that - ions of different ion species are analyzed, where the ion species include slow and fast ion species, - the ion gate is initially closed in a first closed state by applying a first potential difference (U1) between the second and the third electrode , at least until the region between the first and the second electrode is filled with ions of all ion species to such an extent that these ion species are directly available at the second electrode , - then the open state is taken for a predetermined time, and - thereafter, in a second closed state, the ion gate is closed by applying a second potential difference (U3) between the first and second electrode , at least until all ions of all ion species between the second and third electrode have been injected into a drift chamber downstream of the ion gate , - so that there is no discrimination of slow ion species in the analysis. - ions of different ion species are analyzed, where the ion species include slow and fast ion species, - the ion gate is initially closed in a first closed state by applying a first potential difference (U1) between the second and the third electrode , at least until the region between the first and the second electrode is filled with ions of all ion species to such an extent that these ion species are directly available at the second electrode , - then the open state is taken for a predetermined time, and - thereafter, in a second closed state, the ion gate is closed by applying a second potential difference (U3) between the first and second electrode , at least until all ions of all ion species between the second and third electrode have been injected into a drift chamber downstream of the ion gate , - so that there is no discrimination of slow ion species in the analysis.
A gas turbine engine , comprising: a compressor ; a combustor in fluid communication with the compressor ; a turbine in fluid communication with the combustor ; a diffuser case disposed around the combustor ; and a cooling system comprising: a heat exchanger ; a first conduit fluidly coupled to an inlet of the heat exchanger ; a second conduit fluidly coupled to an outlet of the heat exchanger ; an annular passage fluidly coupled to the second conduit ; a tangential onboard injector (TOBI) fluidly coupled to the annular passage , wherein the first conduit is fluidly coupled to the diffuser case and is configured to extract air from the diffuser case ; a distal surface of the annular passage at least partially defines a boundary of the diffuser case ; mixing openings defined by the distal surface of the annular passage ; characterised in that the distal surface meets a plurality of jumper tubes configured to deliver cooled air into the annular passage ; and in that the mixing openings are more concentrated near the jumper tubes and less concentrated further from the jumper tubes . a compressor ; a combustor in fluid communication with the compressor ; a turbine in fluid communication with the combustor ; a diffuser case disposed around the combustor ; and a cooling system comprising: a heat exchanger ; a first conduit fluidly coupled to an inlet of the heat exchanger ; a second conduit fluidly coupled to an outlet of the heat exchanger ; an annular passage fluidly coupled to the second conduit ; a tangential onboard injector (TOBI) fluidly coupled to the annular passage , wherein the first conduit is fluidly coupled to the diffuser case and is configured to extract air from the diffuser case ; a heat exchanger ; a first conduit fluidly coupled to an inlet of the heat exchanger ; a second conduit fluidly coupled to an outlet of the heat exchanger ; an annular passage fluidly coupled to the second conduit ; a tangential onboard injector (TOBI) fluidly coupled to the annular passage , wherein the first conduit is fluidly coupled to the diffuser case and is configured to extract air from the diffuser case ; a distal surface of the annular passage at least partially defines a boundary of the diffuser case ; mixing openings defined by the distal surface of the annular passage ; characterised in that the distal surface meets a plurality of jumper tubes configured to deliver cooled air into the annular passage ; and in that the mixing openings are more concentrated near the jumper tubes and less concentrated further from the jumper tubes .