mhurhangee/patent-ind-claim-en huggingface dataset:
A dryer comprising: ∘ a casing including a basement having an upper shell and a lower shell , said upper and lower shells being apt to be connected together in order to form said basement, said casing delimiting an inner volume; ∘ a laundry chamber suitable to receive laundry to be dried; ∘ a process air circuit for circulating process air into said laundry chamber ; ∘ a condensing device for removing moisture from the process air coming from said laundry chamber ; ∘ a water collecting housing formed in said basement and located inside said inner volume for the collection of condensation water formed by said condensing device ; ∘ a duct to channel condensation water formed at said condensing device to said water collecting housing defining an inlet in said water collecting housing ; ∘ wherein said upper shell or said lower shell includes a cover to close said water collecting housing and said cover comprises a closable access aperture to access said water collecting housing ; ∘ a water removing unit associated to said water collecting housing for the removal of water therein and comprising a pump unit coupled to said cover; characterized in that in a top view of said basement , said access aperture is located in said cover between said inlet and said pump unit . ∘ a casing including a basement having an upper shell and a lower shell , said upper and lower shells being apt to be connected together in order to form said basement, said casing delimiting an inner volume; ∘ a laundry chamber suitable to receive laundry to be dried; ∘ a process air circuit for circulating process air into said laundry chamber ; ∘ a condensing device for removing moisture from the process air coming from said laundry chamber ; ∘ a water collecting housing formed in said basement and located inside said inner volume for the collection of condensation water formed by said condensing device ; ∘ a duct to channel condensation water formed at said condensing device to said water collecting housing defining an inlet in said water collecting housing ; ∘ wherein said upper shell or said lower shell includes a cover to close said water collecting housing and said cover comprises a closable access aperture to access said water collecting housing ; ∘ a water removing unit associated to said water collecting housing for the removal of water therein and comprising a pump unit coupled to said cover; characterized in that in a top view of said basement , said access aperture is located in said cover between said inlet and said pump unit .
A system for expansion of an expandable implant having a first end and a second end , the system comprising: a first inflatable body having a first outer diameter when in an inflated state; and a second inflatable body positioned adjacent to the first inflatable body and having an outer surface configured to apply an expansion force to the expandable implant , the outer surface having a shape that tapers downward in a direction towards the first inflatable body to a narrow portion having a second outer diameter that is less than the first outer diameter when the second inflatable body is in an inflated state; wherein the first inflatable body includes a shoulder portion and wherein, when the first inflatable body is in a deflated state, the shoulder portion is configured to contact the second end of the expandable implant to impede movement of the expandable implant in a direction towards the first inflatable body . a first inflatable body having a first outer diameter when in an inflated state; and a second inflatable body positioned adjacent to the first inflatable body and having an outer surface configured to apply an expansion force to the expandable implant , the outer surface having a shape that tapers downward in a direction towards the first inflatable body to a narrow portion having a second outer diameter that is less than the first outer diameter when the second inflatable body is in an inflated state; wherein the first inflatable body includes a shoulder portion and wherein, when the first inflatable body is in a deflated state, the shoulder portion is configured to contact the second end of the expandable implant to impede movement of the expandable implant in a direction towards the first inflatable body .
An electrolyte for a lithium secondary battery, the electrolyte comprising: a lithium salt; an organic solvent; and a compound represented by Formula 1 wherein, in Formula 1, R 1 and R 2 are each independently an alkyl group having 1 to 3 carbon atoms. a lithium salt; an organic solvent; and a compound represented by Formula 1 wherein, in Formula 1, R 1 and R 2 are each independently an alkyl group having 1 to 3 carbon atoms.
A method of processing ions in a mass spectrometer , comprising: introducing a plurality of precursor ions into a collision cell so as to cause fragmentation of at least a portion of said ions into a plurality of ion fragments, said collision cell comprising a plurality of rods to at least one of which an RF voltage can be applied for radially confining at least a portion of said ion fragments, selecting said RF voltage applied to said collision cell so as to preferentially radially confine high m/z ions, which are ions having m/z ratios above a threshold, selecting at least one RF voltage applied to at least one rod of a downstream analyzer ion trap so as to preferentially radially confine said high m/z ions, releasing the ions from said collision cell into said downstream analyzer ion trap, applying a pressure pulse to said analyzer ion trap so as to expedite cooling of the ions received by the analyzer ion trap from the collision cell, subsequently, reducing said RF voltages applied to said collision cell and said downstream analyzer ion trap to a level suitable for radially confining low m/z ions, which are ions having m/z ratios below said threshold, introducing a plurality of precursor ions into said collision cell to generate a plurality of ion fragments, introducing the ions from the collision cell into said analyzer ion trap, whereby following the introduction of the low m/z ions into the analyzer ion trap, the analyzer ion trap contains both high m/z ions and low m/z ions, and releasing the ions from said analyzer ion trap using mass selective axial ejection. introducing a plurality of precursor ions into a collision cell so as to cause fragmentation of at least a portion of said ions into a plurality of ion fragments, said collision cell comprising a plurality of rods to at least one of which an RF voltage can be applied for radially confining at least a portion of said ion fragments, selecting said RF voltage applied to said collision cell so as to preferentially radially confine high m/z ions, which are ions having m/z ratios above a threshold, selecting at least one RF voltage applied to at least one rod of a downstream analyzer ion trap so as to preferentially radially confine said high m/z ions, releasing the ions from said collision cell into said downstream analyzer ion trap, applying a pressure pulse to said analyzer ion trap so as to expedite cooling of the ions received by the analyzer ion trap from the collision cell, subsequently, reducing said RF voltages applied to said collision cell and said downstream analyzer ion trap to a level suitable for radially confining low m/z ions, which are ions having m/z ratios below said threshold, introducing a plurality of precursor ions into said collision cell to generate a plurality of ion fragments, introducing the ions from the collision cell into said analyzer ion trap, whereby following the introduction of the low m/z ions into the analyzer ion trap, the analyzer ion trap contains both high m/z ions and low m/z ions, and releasing the ions from said analyzer ion trap using mass selective axial ejection.
A sensor assembly configured to detect at least one characteristic of wind that flows through a wind turbine that includes a hub , said sensor assembly comprising: a laser device configured to emit a laser beam ; at least one optical element configured to direct the laser beam; a mount configured to couple to the hub of the wind turbine ; and a non-motorized mechanism positioned between the hub and said at least one optical element and configured to rotate said at least one optical element at a second rotation speed when the hub rotates at a first rotation speed, wherein the second rotation speed is greater than the first rotation speed. a laser device configured to emit a laser beam ; at least one optical element configured to direct the laser beam; a mount configured to couple to the hub of the wind turbine ; and a non-motorized mechanism positioned between the hub and said at least one optical element and configured to rotate said at least one optical element at a second rotation speed when the hub rotates at a first rotation speed, wherein the second rotation speed is greater than the first rotation speed.
A liquid permeable substrate for an absorbent article, the substrate comprising: a first layer comprising a hydrophobic material; and a second layer comprising a hydrophilic material, wherein the first layer is joined to the second layer; wherein the substrate comprises a plurality of recesses , a plurality of projections , and a plurality of land areas , wherein the land areas surround at least a majority of the plurality of projections and a plurality of the recesses , wherein the plurality of recesses , the plurality of projections , and the plurality of land areas , together form a first three-dimensional surface on a first side of the substrate and a second three-dimensional surface on a second side of the substrate, wherein a majority of the projections have a z-directional height in the range of about 500 μm to about 4000 μm, according to the Projection Height Test, wherein a majority of the recesses define an aperture at a location most distal from a top peak of an adjacent projection, and wherein the majority of the recesses have a z-directional height in the range of about 500 μm to about 2000 μm, according to the Recess Height Test; and wherein the substrate has an overall z-directional height in the range of about 1000 μm to about 6000 μm, according to the Overall Substrate Height Test, and wherein a portion of the projections and a portion of the recesses are formed by a portion of the first layer and a portion of the second layer. a first layer comprising a hydrophobic material; and a second layer comprising a hydrophilic material, wherein the first layer is joined to the second layer; wherein the substrate comprises a plurality of recesses , a plurality of projections , and a plurality of land areas , wherein the land areas surround at least a majority of the plurality of projections and a plurality of the recesses , wherein the plurality of recesses , the plurality of projections , and the plurality of land areas , together form a first three-dimensional surface on a first side of the substrate and a second three-dimensional surface on a second side of the substrate, wherein a majority of the projections have a z-directional height in the range of about 500 μm to about 4000 μm, according to the Projection Height Test, wherein a majority of the recesses define an aperture at a location most distal from a top peak of an adjacent projection, and wherein the majority of the recesses have a z-directional height in the range of about 500 μm to about 2000 μm, according to the Recess Height Test; and wherein the substrate has an overall z-directional height in the range of about 1000 μm to about 6000 μm, according to the Overall Substrate Height Test, and wherein a portion of the projections and a portion of the recesses are formed by a portion of the first layer and a portion of the second layer.
A method for trusted recording in a road toll system, the road toll system having a proxy server connected via a mobile network to an onboard-unit of a vehicle , the onboard-unit having a position determination device for determining a current position (p n ) of the vehicle , comprising the following steps performed in the onboard-unit : determining a first position (p f,i ) by means of the position determination device at a first point of time (t f,i ) and a second position (p l,i ) by means of the position determination device at a second point of time (t l,i ); creating an itinerary record (RC i ) comprising the first or second position (p f,i , p l,i ) , the first or second point of time (t f,i , t l,i ) and at least one of: a distance (d i ) calculated using at least the first and second position (p f,i , p l,i ), a segment-id (sid) calculated using at least the first or second position (p f,i , p l,i ), and a distance (d i ) calculated using said segment-id (sid); sending the itinerary record (RC i ) via the mobile network to the proxy server ; receiving a signed itinerary record (sgn(RC i ), sgn(RC i ,id)) from the proxy server , and recording said signed itinerary record (sgn(RC i ,id)) in a memory of the onboard-unit . determining a first position (p f,i ) by means of the position determination device at a first point of time (t f,i ) and a second position (p l,i ) by means of the position determination device at a second point of time (t l,i ); creating an itinerary record (RC i ) comprising the first or second position (p f,i , p l,i ) , the first or second point of time (t f,i , t l,i ) and at least one of: a distance (d i ) calculated using at least the first and second position (p f,i , p l,i ), a segment-id (sid) calculated using at least the first or second position (p f,i , p l,i ), and a distance (d i ) calculated using said segment-id (sid); sending the itinerary record (RC i ) via the mobile network to the proxy server ; receiving a signed itinerary record (sgn(RC i ), sgn(RC i ,id)) from the proxy server , and recording said signed itinerary record (sgn(RC i ,id)) in a memory of the onboard-unit .
A filtration unit comprising: a hollow tubular filter element which includes a tubular filter medium wall and causes a fluid to flow bidirectionally among a fluid inlet and outlet port provided at least at one end in an axial direction of the filter medium wall , an inside of the filter medium wall , and an outside of the filter medium wall , wherein the filtration unit filters the fluid when the fluid passes through in one direction and backwashes the filter medium wall when the fluid passes through in an opposite direction; a captured-substance removal tool which is rotatable about a rotary shaft parallel with the axial direction and slidably contacts an inner surface of the filter medium wall during rotation, inside the filter element ; and a blade which is disposed at the fluid inlet and outlet port side inside the filter element and integrally rotates the captured-substance removal tool by receiving the fluid, characterized in that a through hole and a check valve , which is opened during backwashing, are provided at the other end in the axial direction of the filter element . a hollow tubular filter element which includes a tubular filter medium wall and causes a fluid to flow bidirectionally among a fluid inlet and outlet port provided at least at one end in an axial direction of the filter medium wall , an inside of the filter medium wall , and an outside of the filter medium wall , wherein the filtration unit filters the fluid when the fluid passes through in one direction and backwashes the filter medium wall when the fluid passes through in an opposite direction; a captured-substance removal tool which is rotatable about a rotary shaft parallel with the axial direction and slidably contacts an inner surface of the filter medium wall during rotation, inside the filter element ; and a blade which is disposed at the fluid inlet and outlet port side inside the filter element and integrally rotates the captured-substance removal tool by receiving the fluid, characterized in that a through hole and a check valve , which is opened during backwashing, are provided at the other end in the axial direction of the filter element .
Method for manufacturing at least one component region of a component , in particular a component of a turbomachine, comprising at least the following steps: a) layered application of at least one metal material onto at least one construction platform ; b) layered and local fusion and/or sintering of the material by supplying energy by means of at least one high-energy beam in the region of a build-up and joining zone in order to form at least one subregion of at least one component layer of the component region and/or the component ; c) layered reduction of the construction platform by a predefined layer thickness; and d) repetition of steps a) to c) until completion of the component region and/or the component , characterized in that , before, during and/or after the layered and local fusion and/or sintering according to method step b), at least one further subregion of the component layer is formed by local fusion and/or sintering of the material by means of inductive heating at a temperature or in a temperature range that is above the solidus temperature of the metal material used. a) layered application of at least one metal material onto at least one construction platform ; b) layered and local fusion and/or sintering of the material by supplying energy by means of at least one high-energy beam in the region of a build-up and joining zone in order to form at least one subregion of at least one component layer of the component region and/or the component ; c) layered reduction of the construction platform by a predefined layer thickness; and d) repetition of steps a) to c) until completion of the component region and/or the component , characterized in that , before, during and/or after the layered and local fusion and/or sintering according to method step b), at least one further subregion of the component layer is formed by local fusion and/or sintering of the material by means of inductive heating at a temperature or in a temperature range that is above the solidus temperature of the metal material used.
Ring for a floating ring seal, which has an active surface , wherein the active surface has an inner zone with a surface and an outer zone with a surface, wherein the outer zone coaxially surrounds the inner zone , wherein each of the two surfaces has a structure provided with a laser, characterised in that the respective structure of the respective surface of the inner zone and the outer zone has a spiral pattern, wherein individual spirals of the structure of the surface of the inner zone are formed clockwise from the inside to the outside, wherein individual spirals of the structure of the surface of the outer zone are formed anticlockwise from the outside to the inside.
A crystalline form of a compound of Formula: wherein the crystalline form is characterized by an XRPD pattern having degree 2Θ-reflections (+/- 0.2 degrees 2θ) at 9.8°, 16.0°, and 25.4°.
An impregnated natural fiber comprising: a cuticle (C) and an interior lumen (L), the cuticle circumscribing the interior lumen; and water-insoluble particulates possessing a preselected property embedded in the fiber, wherein said particulates comprise from 0.1% to 30% w/w of the impregnated fiber and said embedded particulates impart their preselected property to the fiber when embedded therein, characterized in that the particulates are embedded on both the cuticle (C) and within the lumen (L) of the fiber. a cuticle (C) and an interior lumen (L), the cuticle circumscribing the interior lumen; and water-insoluble particulates possessing a preselected property embedded in the fiber, wherein said particulates comprise from 0.1% to 30% w/w of the impregnated fiber and said embedded particulates impart their preselected property to the fiber when embedded therein, characterized in that the particulates are embedded on both the cuticle (C) and within the lumen (L) of the fiber.
A method for the display of information about the state of components of a means of locomotion comprising: - Determination of information about states of components of the means of locomotion , - Display of a three-dimensional means of locomotion model (10', 10") of the means of locomotion , - Display of details of the information arranged outside the means of locomotion model (10', 10"), - Reception of a user gesture for rotating the display of the means of locomotion model (10', 10") and - Rotation of the means of locomotion model (10', 10") and the details about an identical angular range, wherein the user gesture comprises a swipe gesture. - Determination of information about states of components of the means of locomotion , - Display of a three-dimensional means of locomotion model (10', 10") of the means of locomotion , - Display of details of the information arranged outside the means of locomotion model (10', 10"), - Reception of a user gesture for rotating the display of the means of locomotion model (10', 10") and - Rotation of the means of locomotion model (10', 10") and the details about an identical angular range, wherein the user gesture comprises a swipe gesture.
A trocar including a peripheral wall extending along a longitudinal axis (z), the section of which, in a plane perpendicular to said longitudinal axis, is inscribed in a first circle with a first diameter, so that the trocar is able to slide inside a catheter including an inner wall , with a circular section, having a second diameter (D) greater than or substantially equal to said first diameter, the perimeter of said section having at least two inflections (5; 25a, 25b, 25c; 35a, 35b, 35c; 45a, 45b, 45c; 55a, 55b), so that, when the trocar slides in the catheter , at least two spaces between the catheter and the trocar at the locations of at least two inflections remain free, wherein a third diameter (d) of a second circle inscribed in said section is strictly lower than the second diameter (D) of the inner wall of the catheter , the trocar further including: a centre channel disposed in a centre part of the trocar and extending along the longitudinal axis (z); and at least two supplying side channels extending along the longitudinal axis (z) and disposed in a part of the trocar the section of which is inscribed in the second circle , and wherein each supplying side channel comes out on the centre channel and on a part of the peripheral wall being at the location of said corresponding inflection (5; 25a, 25b, 25c; 35a, 35b, 35c; 45a, 45b, 45c; 55a, 55b). a centre channel disposed in a centre part of the trocar and extending along the longitudinal axis (z); and at least two supplying side channels extending along the longitudinal axis (z) and disposed in a part of the trocar the section of which is inscribed in the second circle , and wherein each supplying side channel comes out on the centre channel and on a part of the peripheral wall being at the location of said corresponding inflection (5; 25a, 25b, 25c; 35a, 35b, 35c; 45a, 45b, 45c; 55a, 55b).
A cosmetic composition for the treatment of keratin fibers comprising: (a) at least one carboxylic acid having a number of carbon atoms lower than 12 selected from the saturated and unsaturated aliphatic carboxylic acids, their salts and mixtures thereof; (b) at least one fluorinated polymer selected from perfluoro-acrylic or perfluoro-silicone polymers, and mixtures thereof; (c) at least one alkoxylated polyamine and mixtures thereof; (d) at least one component selected from water and a cosmetically acceptable aqueous solution the composition having a pH between 0.5 and 10.0. (a) at least one carboxylic acid having a number of carbon atoms lower than 12 selected from the saturated and unsaturated aliphatic carboxylic acids, their salts and mixtures thereof; (b) at least one fluorinated polymer selected from perfluoro-acrylic or perfluoro-silicone polymers, and mixtures thereof; (c) at least one alkoxylated polyamine and mixtures thereof; (d) at least one component selected from water and a cosmetically acceptable aqueous solution