mhurhangee/patent-ind-claim-en huggingface dataset:
An electrochemical device, comprising: a positive electrode, wherein the positive electrode comprises a positive electrode current collector and a positive active material layer, and the positive active material layer comprises a positive active material; a negative electrode, wherein the negative electrode comprises a negative electrode current collector and a negative active material layer, and the negative active material layer comprises a negative active material; and an electrolytic solution, characterized in that , the electrolytic solution comprises a lithium ion and an anion represented by Formula I: wherein n is an integer in a range of 1 to 5; and R 1 is selected from substituted or unsubstituted C 1 -C 12 alkyls, substituted or unsubstituted C 2 -C 12 alkenyls, substituted or unsubstituted C 6 -C 20 aryls, and substituted or unsubstituted C 1 -C 12 hydrocarbyloxys, wherein a substituent in the substitution is independently selected from a silyl, a siloxy, an amino group, an ether group, ester group, a carboxyl, a sulfonic acid group, a mercapto group, a cyano group, a halogen, or any combination thereof. a positive electrode, wherein the positive electrode comprises a positive electrode current collector and a positive active material layer, and the positive active material layer comprises a positive active material; a negative electrode, wherein the negative electrode comprises a negative electrode current collector and a negative active material layer, and the negative active material layer comprises a negative active material; and an electrolytic solution, characterized in that , the electrolytic solution comprises a lithium ion and an anion represented by Formula I: wherein n is an integer in a range of 1 to 5; and R 1 is selected from substituted or unsubstituted C 1 -C 12 alkyls, substituted or unsubstituted C 2 -C 12 alkenyls, substituted or unsubstituted C 6 -C 20 aryls, and substituted or unsubstituted C 1 -C 12 hydrocarbyloxys, wherein a substituent in the substitution is independently selected from a silyl, a siloxy, an amino group, an ether group, ester group, a carboxyl, a sulfonic acid group, a mercapto group, a cyano group, a halogen, or any combination thereof. n is an integer in a range of 1 to 5; and R 1 is selected from substituted or unsubstituted C 1 -C 12 alkyls, substituted or unsubstituted C 2 -C 12 alkenyls, substituted or unsubstituted C 6 -C 20 aryls, and substituted or unsubstituted C 1 -C 12 hydrocarbyloxys, wherein a substituent in the substitution is independently selected from a silyl, a siloxy, an amino group, an ether group, ester group, a carboxyl, a sulfonic acid group, a mercapto group, a cyano group, a halogen, or any combination thereof.
A gas turbine engine for an aircraft comprising: a nacelle enclosing a fan rotor carrying a plurality of fan blades , wherein said nacelle is formed such that one portion extends axially further from said fan blades than does another portion , and said nacelle is rotatable such that a circumferential location of said one portion and said another portion may be varied dependent on flight conditions, wherein said one portion is positioned within 10° of top dead center during conditions including cruise, and said another portion is positioned within 10° of top dead center during conditions including landing, characterised in that : a distance (L) is defined from a plane (X) defined by leading edges of said fan blades to an axial location of a forwardmost part of said nacelle , and an outer diameter (D) of said fan blades is defined, and a ratio of said distance (L) to said outer diameter (D) is between about 0.2 and about 0.5. a nacelle enclosing a fan rotor carrying a plurality of fan blades , wherein said nacelle is formed such that one portion extends axially further from said fan blades than does another portion , and said nacelle is rotatable such that a circumferential location of said one portion and said another portion may be varied dependent on flight conditions, wherein said one portion is positioned within 10° of top dead center during conditions including cruise, and said another portion is positioned within 10° of top dead center during conditions including landing, characterised in that : a distance (L) is defined from a plane (X) defined by leading edges of said fan blades to an axial location of a forwardmost part of said nacelle , and an outer diameter (D) of said fan blades is defined, and a ratio of said distance (L) to said outer diameter (D) is between about 0.2 and about 0.5.
Machine for impregnating a web having an unwinder for a roll of the web , at least one impregnating unit , at least one drier , at least one cooling device and a transport device having at least one driver for a start of a web and an end of a web , wherein the transport device is guided in a horizontal plane from a front region to a rear region of a machine, wherein the driver comprises a plate-shaped magnet , which is guided underneath the web during the operation of the transport device , extends across at least the width of the web and interacts with a magnetisable sheet metal plate during the operation of the transport device which can be moved above the web , from a resting position into a holding position, wherein a first resting position of the sheet metal plate is arranged in a region between the unwinder and the impregnating unit , and a second resting position is arranged between the impregnating unit and the drier . an unwinder for a roll of the web , at least one impregnating unit , at least one drier , at least one cooling device and a transport device having at least one driver for a start of a web and an end of a web , wherein the transport device is guided in a horizontal plane from a front region to a rear region of a machine, wherein the driver comprises a plate-shaped magnet , which is guided underneath the web during the operation of the transport device , extends across at least the width of the web and interacts with a magnetisable sheet metal plate during the operation of the transport device which can be moved above the web , from a resting position into a holding position, wherein a first resting position of the sheet metal plate is arranged in a region between the unwinder and the impregnating unit , and a second resting position is arranged between the impregnating unit and the drier .
Label-holder element for electrical wires , comprising a body (410;510) extending in a longitudinal lengthwise direction (X-X), in use parallel to a lengthwise direction of the wire, transverse widthwise direction (Y-Y) and vertical thickness direction (Z-Z), with a front face provided with a seat for a label , side faces opposite to each other in the transverse direction (Y-Y) and a rear face opposite to the front face in the vertical direction (Z-Z), said seat having an opposite top and bottom edges which extend in the transverse direction (Y-Y), are arranged opposite each other in the longitudinal direction (X-X) and are formed in the manner of engaging means for retaining a label ; the label holder element further comprising means for coupling with an electrical wire comprising at least one pair (440;540) of teeth (441;541) extending outwards from a rear surface (410c;510c) independent of one another, the teeth (441;541) of one pair being arranged staggered in the longitudinal direction (X-X) for mounting on or for engagement with the wire , the teeth (441;541) of one pair having a free end (441a;541a) directed towards the other tooth in the transverse direction (Y-Y); characterized in that said means for engaging the label are formed in the manner of a respective tooth , each tooth forming a corresponding undercut towards the inside of the seat , and being, in use, extended along the transverse direction (Y-Y)
An apparatus for automatically removing an exhausted layer of adhesive material from an adhesive roll , comprising: an adhesive roll comprising at least one layer of adhesive material , said at least one adhesive layer having first and second mutually opposing faces, said second face releasably attached to said adhesive roll and having a first adhesion force between said second face and an said adhesive roll; and characterised by an adhesive layer removal mechanism comprising a pick up device, wherein the pick up device is a roller having an outer surface arranged to operably engage said at least one layer of adhesive material of said adhesive roll and remove the same from said adhesive roll, said outer surface having a second adhesion force between said outer surface and said at least one layer of adhesive material, wherein said second adhesion force is greater than the first adhesion force. an adhesive roll comprising at least one layer of adhesive material , said at least one adhesive layer having first and second mutually opposing faces, said second face releasably attached to said adhesive roll and having a first adhesion force between said second face and an said adhesive roll; and characterised by an adhesive layer removal mechanism comprising a pick up device, wherein the pick up device is a roller having an outer surface arranged to operably engage said at least one layer of adhesive material of said adhesive roll and remove the same from said adhesive roll, said outer surface having a second adhesion force between said outer surface and said at least one layer of adhesive material, wherein said second adhesion force is greater than the first adhesion force.
A slurry for chemical mechanical polishing (CMP), comprising: an aqueous liquid carrier; a transition metal oxy compound chosen from oxy-nitrates, oxy-chlorides, oxy-sulfates, oxy-carbonates, and C 2 -C 10 oxy-alkanoates; and a per-based oxidizer. an aqueous liquid carrier; a transition metal oxy compound chosen from oxy-nitrates, oxy-chlorides, oxy-sulfates, oxy-carbonates, and C 2 -C 10 oxy-alkanoates; and a per-based oxidizer.
A power tool comprising: a pressure generating mechanism including an electric motor and being configured to apply pressure to an object for crimping or cutting the object; an actuator that a user can manipulate to influence operation of the pressure generating mechanism; characterized by a support on which the actuator is provided, the support having a first part of a two-part sealing mechanism around its periphery; and a tool housing formed by a plurality of tool housing parts which cooperate to form a second part of the two-part sealing mechanism and clamp the support between them such that the first and second parts of the two-part sealing mechanism cooperate to restrict ingress of liquid water into contact with electrical components of the tool within the tool housing , and wherein one of the first and second parts of the two-part sealing mechanism is a female part configured to receive the other part of the two-part sealing mechanism which is a male part. a pressure generating mechanism including an electric motor and being configured to apply pressure to an object for crimping or cutting the object; an actuator that a user can manipulate to influence operation of the pressure generating mechanism; characterized by a support on which the actuator is provided, the support having a first part of a two-part sealing mechanism around its periphery; and a tool housing formed by a plurality of tool housing parts which cooperate to form a second part of the two-part sealing mechanism and clamp the support between them such that the first and second parts of the two-part sealing mechanism cooperate to restrict ingress of liquid water into contact with electrical components of the tool within the tool housing , and wherein one of the first and second parts of the two-part sealing mechanism is a female part configured to receive the other part of the two-part sealing mechanism which is a male part.
Breast implant comprising an outer shell and at least one first gel-type filling and at least one second gel-type filling , wherein at least one first gel-type filling has a softer consistency than at least one second gel-type filling , characterized in that a) said at least one first gel-type filling extends predominantly along the posterior part of the implant and is allocated in the inferior part of the implant in the vicinity of the inferior pole , and b) said at least one second gel-type filling extends predominantly along the superior portion of the anterior surface of the implant without extending along the entirety of such anterior surface of the implant, wherein at least one of said first and second gel-type filling is bonded to a material forming the outer shell of the implant and/or wherein said at least one second gel-type filling extends around the upper edge of the implant and/or wherein the first gel-type filling and the second gel-type filling have a common contact area by which they are bonded to each other. a) said at least one first gel-type filling extends predominantly along the posterior part of the implant and is allocated in the inferior part of the implant in the vicinity of the inferior pole , and b) said at least one second gel-type filling extends predominantly along the superior portion of the anterior surface of the implant without extending along the entirety of such anterior surface of the implant,
A method of decontaminating and/or disinfecting carriers used for transporting receptacles containing hazardous substances and/or materials between different sending and/or destination locations (2.1, 2.2, 2.3) in pneumatic tube transport systems , whereby carriers coming from a sending location (2.1) and arriving at a destination location (2.2) are opened by removing or repositioning covers at least at one of their ends to remove a transported receptacle therefrom, characterized by : - introducing at least one central UV-lamp into the interior of the carriers at the destination location; - simultaneously advancing a plurality of external UV-lamps (6-9) arranged around the outside of the carriers; - switching on the central as well as external UV-lamps and maintaining them lit for a specified time before removing the central as well as external UV-lamps from the carriers. - introducing at least one central UV-lamp into the interior of the carriers at the destination location; - simultaneously advancing a plurality of external UV-lamps (6-9) arranged around the outside of the carriers; - switching on the central as well as external UV-lamps and maintaining them lit for a specified time before removing the central as well as external UV-lamps from the carriers.
A method for laser beam plastic welding, having the following steps: arranging a first mold part which substantially absorbs laser radiation on a receiving area , irradiating the first mold part using an electromagnetic radiation source, detecting the warming of the first mold part by means of a detector , generating an absorption profile of the first mold part , arranging a second mold part which is substantially transparent to laser radiation on the first mold part , and irradiating the two mold parts along the contour of a welding seam to be produced using a machining laser such that the energy input produced by the machining laser is controlled by a controller on the basis of the generated absorption profile of the first mold part . arranging a first mold part which substantially absorbs laser radiation on a receiving area , irradiating the first mold part using an electromagnetic radiation source, detecting the warming of the first mold part by means of a detector , generating an absorption profile of the first mold part , arranging a second mold part which is substantially transparent to laser radiation on the first mold part , and irradiating the two mold parts along the contour of a welding seam to be produced using a machining laser such that the energy input produced by the machining laser is controlled by a controller on the basis of the generated absorption profile of the first mold part .
Heatable laminated vehicle window for separating a vehicle interior from an outer surrounding area, comprising an outer pane and an inner pane that are bonded to one another via a thermoplastic intermediate layer and an electrically heatable coating that is electrically connected to at least two busbars provided for electrical connecting to the two poles of a voltage source such that by applying a supply voltage, a heating current flows via a heating field formed between the at least two busbars , wherein the vehicle window is equipped with at least one metal element that is arranged on or in the vehicle window such that heat is dissipated out of a region of the heating field with elevated heat generation by means of thermal conduction of the metal element .
A system comprising an optical fiber and a rotary junction, wherein the optical fiber is in optical communication with the rotary junction, wherein the optical fiber comprises a first waveguide , and a second waveguide , characterized in that the optical fiber further comprises an attenuating cladding (110,210,310.410) disposed around the first waveguide, and the second waveguide is disposed around the attenuating cladding. wherein the optical fiber comprises a first waveguide , and a second waveguide , characterized in that the optical fiber further comprises an attenuating cladding (110,210,310.410) disposed around the first waveguide, and the second waveguide is disposed around the attenuating cladding.
A method for transforming a biomass into at least one biochar, comprising the following steps: (a) a ground and dried biomass is available, said biomass containing at least 30% of a lignocellulosic biomass, by mass relative to the dry mass of the ground and dried biomass, said biomass being in the form of particles with homogeneous dimensions and having a moisture content close to 0; (b) this biomass is progressively heated to a temperature higher than 140°C and lower than 350°C, in a gas stream devoid of oxygen, under a pressure comprised between 1 and 40 bar; (c) the reaction is allowed to proceed while maintaining the temperature in the range of 300-700°C and the pressure in the range of 1-40 bar, (d) the biomass resulting from (c) is cooled to a temperature of at most 100°C, in a gas stream devoid of oxygen, and (e) the biochar is recovered. (a) a ground and dried biomass is available, said biomass containing at least 30% of a lignocellulosic biomass, by mass relative to the dry mass of the ground and dried biomass, said biomass being in the form of particles with homogeneous dimensions and having a moisture content close to 0; (b) this biomass is progressively heated to a temperature higher than 140°C and lower than 350°C, in a gas stream devoid of oxygen, under a pressure comprised between 1 and 40 bar; (c) the reaction is allowed to proceed while maintaining the temperature in the range of 300-700°C and the pressure in the range of 1-40 bar, (d) the biomass resulting from (c) is cooled to a temperature of at most 100°C, in a gas stream devoid of oxygen, and (e) the biochar is recovered.
A nutritional system comprising a synthetic nutritional composition tailored for an infant of up to 2 months of age wherein the cholesterol concentration is 30.34 to 100.19 μg/ml, and a synthetic nutritional composition tailored for an infant from 2 months of age wherein the cholesterol concentration is 14 to 114.26 μg/ml, wherein, the cholesterol concentration in said synthetic nutritional composition tailored for an infant of up to 2 months of age is higher than that of said synthetic nutritional composition tailored for an infant from 2 months of age, and wherein wherein the synthetic nutritional compositions tailored for an infant of up to 2 months of age comprises 12 to 47 μg/ml more cholesterol than the synthetic nutritional compositions tailored for an infant from 2 months of age, and wherein a nutritional system is a collection of more than one synthetic nutritional composition and wherein the synthetic nutritional composition tailored for an infant of a specific age is infant formula.
Actuator having a housing and at least having a connecting element , a shape memory element , the shape of which is changed by heating, wherein the shape memory element is designed to be substantially elongated and is arranged in the housing so that due to a change in its shape, it moves the connecting element , having a heating element which is designed and arranged in the housing so that during its actuation it heats the shape memory element , and having a heat-conducting element which is designed and arranged in the housing so that it at least at times contacts the shape memory element , wherein the heat-conducting element during its contact also has a surface which is free of contact with the shape memory element or with the heating element , wherein the heat-conducting element is designed and arranged in the housing so that it contacts the shape memory element at least at times at its substantially opposite longitudinal sides, wherein the shape memory element at one end is received in a recess of a housing part and at the other end in a recess of a transmission element , characterised in that the shape memory element due to heating changes its length by bending or stretching, and in that moving the transmission element closer to or further away from the housing part caused by bending or stretching the shape memory element moves the connecting element .
Composition for the preparation of physical solar filters, comprising an organic matrix formed by polymer molecules, onto which are linked nanoparticles of hydroxyapatite substituted with titanium and/or iron ions, in which phosphorus is partially replaced by titanium in an amount between 8 and 50% atomic with respect to phosphorus, and/or in which calcium is partially replaced by iron in an amount between 2 and 40% atomic with respect to calcium, and wherein the amount of the organic matrix is between 5 and 60% by weight and the amount of substituted hydroxyapatite is between 35 and 90% by weight, the remaining part being constituted by water.
A heat exchanger , comprising: a first header and a second header , with an axis of the first header being inclined relative to an axis of the second header ; and heat exchange pipes connected to the first header and the second header , the heat exchange pipes being bent and the heat exchange pipes comprise a first heat exchange pipe and a plurality of (n)th heat exchange pipes, the headers having openings for the insertion of the heat exchanger pipes , wherein the length of each (n)th heat exchange pipe is L1-2(n-1) ∗ H ∗ tan(α/2): wherein L1 is the length of the first heat exchange pipe: wherein H is a center-to-center spacing of the plurality of heat exchange pipes : and wherein α is the included angle between the first header and the second header , characterized in that an interval between the openings of the headers is H1=H ∗ cos(α/2). a first header and a second header , with an axis of the first header being inclined relative to an axis of the second header ; and heat exchange pipes connected to the first header and the second header , the heat exchange pipes being bent and the heat exchange pipes comprise a first heat exchange pipe and a plurality of (n)th heat exchange pipes, the headers having openings for the insertion of the heat exchanger pipes , wherein the length of each (n)th heat exchange pipe is L1-2(n-1) ∗ H ∗ tan(α/2): wherein L1 is the length of the first heat exchange pipe: wherein H is a center-to-center spacing of the plurality of heat exchange pipes : and wherein α is the included angle between the first header and the second header , characterized in that an interval between the openings of the headers is H1=H ∗ cos(α/2).