mhurhangee/patent-ind-claim-en huggingface dataset:
A temperature sensitive ink composition comprising: a metal oxide nanoparticle; a binder; a solvent; an optional dispersant; and an optional surfactant; wherein the ink composition is a thermistor ink that exhibits a change in resistance which is dependent on temperature, wherein the binder is polyvinyl butyral, and wherein the solvent is selected from the group consisting of propylene glycol monomethyl ether acetate, 1-phenoxy-2-propanol, and combinations thereof. a metal oxide nanoparticle; a binder; a solvent; an optional dispersant; and an optional surfactant; wherein the ink composition is a thermistor ink that exhibits a change in resistance which is dependent on temperature, wherein the binder is polyvinyl butyral, and wherein the solvent is selected from the group consisting of propylene glycol monomethyl ether acetate, 1-phenoxy-2-propanol, and combinations thereof.
A device for the intermediate storage of thermal energy with a solid storage medium and with a pipe system which is formed by individual pipes and runs through the solid storage medium and through which an energy transfer medium flows, and heat conducting elements , which with the individual pipes in each case form heat transfer regions and which extend into the regions, free of the individual pipes , of the solid storage medium , whereby the heat conducting elements have a higher thermal conductivity than the solid storage medium and an upper horizontal heat conducting element and a lower horizontal heat conducting element extend over the entire width and/or length of prefabricated elements or over a partial width and/or partial length, whereby the solid storage medium consists of prefabricated elements , which are placed one on top of another in horizontal layers in a modular manner and the individual pipes of pipe system run in horizontal butt joints of adjacent layers characterized in that for receiving individual pipes in the butt joint, groove-shaped recesses are formed in the top side of prefabricated elements , whereby the groove-shaped recesses have a rounded bottom and a depth and width somewhat larger than the diameter of individual pipes and extend over the entire length of solid storage medium , so that if a number of prefabricated elements are placed one behind the other in the longitudinal direction, groove-shaped recesses run aligned over the entire length, and that at least the lower horizontal heat conducting element has U-shaped bent areas to form through-shaped seats for individual pipes , whereby the seats of the heat conducting element with their outer circumference fit form-fittingly in groove-shaped recesses of prefabricated elements and with their inner circumference on individual pipes , whereupon the lower horizontal heat conducting element and the upper horizontal heat conducting element each have a thin-walled, planar structure and the upper horizontal heat conducting element is formed planar over its entire surface.
An oral irrigator comprising a container, the container comprising an inner cavity, a check valve and a body , the body having an air port and at least one liquid inlet/outlet , wherein a snap ring is arranged in the air port , characterised in that the check valve is made of an elastic material and comprises a valve body part with a hollow structure, wherein an opening communicated with the hollow structure is formed in a top of the valve body part , the valve body part comprises two opposite connection walls and two opposite membranes , two opposite sides of each said connection wall are respectively connected to the two membranes , tops of the two membranes are away from each other and bottoms of the two membranes abut against each other; wherein the check valve further comprises a fixing part which is connected to the top of the valve body part and which comprises a column part formed with a through hole, and the through hole is communicated with the hollow structure via the opening; wherein a limit part is arranged on an outer wall of the column part and comprises two limit rings which are spaced from each other, a limit groove being formed between the two limit rings , the limit ring away from the valve body part being located at an end of the fixing part ; wherein the check valve is clamped on the container through the cooperation of the snap ring and the limit groove ; wherein the air port is formed in the top of the container and a ventilation groove communicated with the air port is formed in the top surface of the container and extends to the outer wall of the container. wherein an opening communicated with the hollow structure is formed in a top of the valve body part , the valve body part comprises two opposite connection walls and two opposite membranes , two opposite sides of each said connection wall are respectively connected to the two membranes , tops of the two membranes are away from each other and bottoms of the two membranes abut against each other; wherein the check valve further comprises a fixing part which is connected to the top of the valve body part and which comprises a column part formed with a through hole, and the through hole is communicated with the hollow structure via the opening; wherein a limit part is arranged on an outer wall of the column part and comprises two limit rings which are spaced from each other, a limit groove being formed between the two limit rings , the limit ring away from the valve body part being located at an end of the fixing part ; wherein the check valve is clamped on the container through the cooperation of the snap ring and the limit groove ; wherein the air port is formed in the top of the container and a ventilation groove communicated with the air port is formed in the top surface of the container and extends to the outer wall of the container.
A method, comprising: processing a plurality of outgoing baseband processing signals, each of the plurality of outgoing baseband processing signals being associated with a sub-band of a plurality of baseband sub-bands; converting the plurality of outgoing baseband processing signals into a plurality of outgoing digital radio frequency (RF) signals; combining the plurality of outgoing digital RF signals into a composite digital RF signal; determining a loading value based on the composite digital RF signal; processing the composite digital RF signal based on the loading value; converting the processed composite digital RF signal into an outgoing analog RF signal; and providing, for transmission, the outgoing analog RF signal, wherein processing the composite digital RF signal based on the loading value comprises: applying a set of loading control signals to the plurality of outgoing digital RF signals based on the loading value and band loading controls; and adjusting an amount of loading associated with at least one of the plurality of outgoing digital RF signals using a corresponding loading control signal from the set of loading control signals. processing a plurality of outgoing baseband processing signals, each of the plurality of outgoing baseband processing signals being associated with a sub-band of a plurality of baseband sub-bands; converting the plurality of outgoing baseband processing signals into a plurality of outgoing digital radio frequency (RF) signals; combining the plurality of outgoing digital RF signals into a composite digital RF signal; determining a loading value based on the composite digital RF signal; processing the composite digital RF signal based on the loading value; converting the processed composite digital RF signal into an outgoing analog RF signal; and providing, for transmission, the outgoing analog RF signal, wherein processing the composite digital RF signal based on the loading value comprises: applying a set of loading control signals to the plurality of outgoing digital RF signals based on the loading value and band loading controls; and adjusting an amount of loading associated with at least one of the plurality of outgoing digital RF signals using a corresponding loading control signal from the set of loading control signals. applying a set of loading control signals to the plurality of outgoing digital RF signals based on the loading value and band loading controls; and adjusting an amount of loading associated with at least one of the plurality of outgoing digital RF signals using a corresponding loading control signal from the set of loading control signals.
A fan drive gear drive lubrication system comprising: a torque frame supporting multiple gears and including at least one lubrication passage , wherein the torque frame includes a base with integrated gear shafts circumferentially spaced relative to one another and supporting the multiple gears ; and an oil baffle secured to the torque frame and including a central opening and multiple circumferentially spaced gear pockets arranged about the central opening and receiving the multiple gears , the oil baffle including at least one lubrication passageway in fluid communication with the lubrication passage , characterised in that : a bearing assembly is mounted on each shaft and includes a race receiving a spherical bearing , and at least one passageway extending through each of the spherical bearing and the race and in fluid communication with the lubrication passage . a torque frame supporting multiple gears and including at least one lubrication passage , wherein the torque frame includes a base with integrated gear shafts circumferentially spaced relative to one another and supporting the multiple gears ; and an oil baffle secured to the torque frame and including a central opening and multiple circumferentially spaced gear pockets arranged about the central opening and receiving the multiple gears , the oil baffle including at least one lubrication passageway in fluid communication with the lubrication passage , characterised in that : a bearing assembly is mounted on each shaft and includes a race receiving a spherical bearing , and at least one passageway extending through each of the spherical bearing and the race and in fluid communication with the lubrication passage .
Gas flow and sound control valve for an exhaust system of an internal combustion engine comprising a Y-shaped housing including an inlet , a first outlet , and a second outlet , and a valve member arranged within the housing for forming a first conduit connecting the inlet to the first outlet and/or a second conduit from the inlet to the second outlet , wherein the valve member can be moved relative to the housing between a first predetermined position in which the valve member closes the second conduit and a second predetermined position in which the valve member closes the first conduit , wherein the valve member is rotatable around a valve axis (A V ) aligned parallel to a centerline (A 5 ) of the inlet characterized by an actuator for manipulating the valve member , wherein the actuator is configured to arrange the valve member in at least one intermediate position between the first and second predetermined positions such that the valve member is positioned for guiding the exhaust gas flow and sound from the inlet to the first outlet and the second outlet , while partially covering the first conduit and the second conduit .
An aggregate which comprises at least two molecules of a polypeptide conjugate, wherein the polypeptide conjugate comprises: a polypeptide, having a polypeptide sequence : Gly-Tyr-Arg-Pro-Val-His-Asn-Ile-Arg-Gly-His-Trp-Ala-Pro-Gly, or a derivative thereof which is at least 12 amino acids identical to polypeptide sequence , wherein the polypeptide binds or interacts with a transferrin receptor (TFRC) or a receptor for advanced glycation end product (RAGE); a cysteine residue at the N-terminus of the polypeptide; and a hydrophobic moiety, which is attached to the polypeptide via the cysteine residue; and pharmaceutically acceptable salts or esters thereof; wherein the aggregate comprises a core comprising the hydrophobic moieties, and a shell comprising amino acids from the polypeptides arranged towards the surroundings; and wherein the aggregate is obtainable by self-assembly of the polypeptide conjugates to conceal the hydrophobic moieties inside the core. a polypeptide, having a polypeptide sequence : Gly-Tyr-Arg-Pro-Val-His-Asn-Ile-Arg-Gly-His-Trp-Ala-Pro-Gly, or a derivative thereof which is at least 12 amino acids identical to polypeptide sequence , wherein the polypeptide binds or interacts with a transferrin receptor (TFRC) or a receptor for advanced glycation end product (RAGE); a cysteine residue at the N-terminus of the polypeptide; and a hydrophobic moiety, which is attached to the polypeptide via the cysteine residue; and pharmaceutically acceptable salts or esters thereof; wherein the aggregate comprises a core comprising the hydrophobic moieties, and a shell comprising amino acids from the polypeptides arranged towards the surroundings; and wherein the aggregate is obtainable by self-assembly of the polypeptide conjugates to conceal the hydrophobic moieties inside the core.
A stent formed of a linear member and in a cylindrical shape having a plurality of openings, the stent extending in an axial direction (J1) and being deformable from a reduced diameter state to an expanded diameter state, the stent being formed by connecting a plurality of polygonal annular portions each formed in a polygonal annular shape when viewed in an axial direction (J1), in a state of being bent or curved in the axial direction (J1), side by side in the axial direction (J1), the linear members constituting the polygonal annular portions adjacent to each other in the axial direction (J1) respectively having through holes passing through in the axial direction (J1), the linear members being connected to each other with a joining member passing through two of the through holes of the linear members constituting the polygonal annular portions adjacent to each other, wherein the joining members extend linearly and are respectively provided at a plurality of locations apart from each other in a circumferential direction of the stent , and characterized in that wherein one of the joining members joins the linear members constituting the polygonal annular portions adjacent to each other in the axial direction (J1) of the stent by passing through the two through holes and crossing, and the two through holes are joined to each other at each of a plurality of locations along the axial direction (J1) of the stent . the stent being formed by connecting a plurality of polygonal annular portions each formed in a polygonal annular shape when viewed in an axial direction (J1), in a state of being bent or curved in the axial direction (J1), side by side in the axial direction (J1), the linear members constituting the polygonal annular portions adjacent to each other in the axial direction (J1) respectively having through holes passing through in the axial direction (J1), the linear members being connected to each other with a joining member passing through two of the through holes of the linear members constituting the polygonal annular portions adjacent to each other, wherein the joining members extend linearly and are respectively provided at a plurality of locations apart from each other in a circumferential direction of the stent , and characterized in that wherein one of the joining members joins the linear members constituting the polygonal annular portions adjacent to each other in the axial direction (J1) of the stent by passing through the two through holes and crossing, and the two through holes are joined to each other at each of a plurality of locations along the axial direction (J1) of the stent .
Door leaf handle for a motor vehicle comprising a gripping element and a bracket , the gripping element being configured to be movable relative to the bracket between a rest position, a primary door opening position (A) and a secondary door opening position (B), wherein the door leaf handle comprises at least one breakable stop configured to limit the displacement of the gripping element in the primary door opening position (A) if a pulling force applied on the gripping element is less than a predetermined force value, wherein the door leaf handle comprises a primary door opening trigger configured to be activated by the displacement of the gripping element in the primary door opening position (A), the at least one breakable stop being configured to break if a pulling force applied on the gripping element exceeds the predetermined force value and to allow the mechanical displacement of the gripping element beyond the primary door opening position (A) to the secondary door opening position (B), the door leaf handle comprising a secondary mechanical door opening trigger configured to be activated by the displacement of the gripping element in the secondary door opening position (B), characterized in that the at least one breakable stop is a part of the gripping element and the gripping element comprises an exterior area turned toward the vehicle exterior and an interior area turned toward the vehicle interior, the at least one breakable stop being arranged on the interior area of the gripping element , the at least one breakable stop being wrapped with a seal .
A method, performed at a server device, for detecting tracking elements of a web page, wherein the server device is configured to control a proxy server, the method comprising: - obtaining a web page address configured to connect to a web server; - establishing a controlled communication interface between the server device and the web server via the proxy server; - transmitting, via the controlled communication interface, a web page request based on the web page address; - receiving, via the controlled communication interface, a web page response; - identifying, based on the web page response, a set of tracking tags including a first tracking tag and a second tracking tag; - deactivating all tracking tags of the set; - activating the first tracking tag; and - providing a report comprising one or more tracking attributes of a set of tracking elements, the set of tracking elements comprising tracking elements deployed by the first tracking tag. - obtaining a web page address configured to connect to a web server; - establishing a controlled communication interface between the server device and the web server via the proxy server; - transmitting, via the controlled communication interface, a web page request based on the web page address; - receiving, via the controlled communication interface, a web page response; - identifying, based on the web page response, a set of tracking tags including a first tracking tag and a second tracking tag; - deactivating all tracking tags of the set; - activating the first tracking tag; and - providing a report comprising one or more tracking attributes of a set of tracking elements, the set of tracking elements comprising tracking elements deployed by the first tracking tag.
A footwear comprising: a support member having an inner sole and an upper surface attachable to a foot, and two bulbous protuberances , a forward bulbous protuberance and rearward bulbous protuberance , each having a curved outer contour, protruding from a lower surface of said support member on opposite sides of a latitudinal midline thereof, said latitudinal midline being halfway between a calcaneus support portion and a phalanges support portion of said support member, wherein said forward bulbous protuberance , said rearward bulbous protuberance , or both is/are positioned offset with respect to a longitudinal centerline , wherein the ratio between the surface area of the inner sole to the surface area of a base of at least one bulbous protuberance of the two bulbous protuberances is less than 12:1, wherein, at least one bulbous protuberance of the two bulbous protuberances has a shore hardness of between 15 to 100 Sh A and an abrasion resistance of greater than 80 mm 3 and less than 125 mm 3 according to the DIN 53516 standard, said footwear being adapted to support the foot only by said two bulbous protuberances when said two protuberances are placed on a ground surface. a support member having an inner sole and an upper surface attachable to a foot, and two bulbous protuberances , a forward bulbous protuberance and rearward bulbous protuberance , each having a curved outer contour, protruding from a lower surface of said support member on opposite sides of a latitudinal midline thereof, said latitudinal midline being halfway between a calcaneus support portion and a phalanges support portion of said support member, wherein said forward bulbous protuberance , said rearward bulbous protuberance , or both is/are positioned offset with respect to a longitudinal centerline , wherein the ratio between the surface area of the inner sole to the surface area of a base of at least one bulbous protuberance of the two bulbous protuberances is less than 12:1, wherein, at least one bulbous protuberance of the two bulbous protuberances has a shore hardness of between 15 to 100 Sh A and an abrasion resistance of greater than 80 mm 3 and less than 125 mm 3 according to the DIN 53516 standard, said footwear being adapted to support the foot only by said two bulbous protuberances when said two protuberances are placed on a ground surface.
An induction heating device comprising: a resonance circuit including a working coil (WC) and a resonance capacitor (Cr); an inverter (IV) configured to perform a switching operation to thereby supply a resonance current to the working coil (WC); a plurality of snubber capacitors (CS1, CS2) electrically connected to the inverter (IV); and a direct current, DC, link capacitor electrically connected to the inverter (IV); characterized in that the induction heating device further comprises: a relay (R) configured to electrically connect one of the plurality of snubber capacitors (CS1, CS2) to the DC link capacitor or the resonance capacitor (Cr). a resonance circuit including a working coil (WC) and a resonance capacitor (Cr); an inverter (IV) configured to perform a switching operation to thereby supply a resonance current to the working coil (WC); a plurality of snubber capacitors (CS1, CS2) electrically connected to the inverter (IV); and a direct current, DC, link capacitor electrically connected to the inverter (IV); characterized in that the induction heating device further comprises: a relay (R) configured to electrically connect one of the plurality of snubber capacitors (CS1, CS2) to the DC link capacitor or the resonance capacitor (Cr).