mhurhangee/patent-ind-claim-en huggingface dataset:
A device for insertion into a high heel shoe comprising: a rear region configured to underlie a wearer's calcaneal tuberosity, the rear region being shaped to accommodate a planer surface of the wearer's calcaneal tuberosity, an upper surface of said rear region having a raised portion configured to underlie an area of the wearer's calcaneus immediately forward of the wearer's calcaneus tuberosity; and a forward region configured to underlie at least a portion of the shafts of the wearer's metatarsals, the upper surface of said forward region having a raised portion which gradually rises to an apex configured to underlie the shafts of the wearer's second and third metatarsals, characterized in that the rear region includes first and second substantially ellipsoid shaped depressions configured to accommodate respectively the lateral and medial tuberosities of the wearer's calcaneus, wherein the first depression is on a medial side of the device and is 2-5 times larger in plan and deeper than the second depression located on a lateral side of the device, wherein toeward portions of the first and second depressions gradually rise to crescent shaped apices configured to underlie under an area forward of the tuberosity of the calcaneus of the wearer.
Motor-vehicle lighting device comprising at least a first lighting sub-device configured to generate a first light beam , and a second sub-device configured to generate a second light beam , said second sub-device comprising a digital micro-mirror device configured to form a light sub-beam taking the form of pixelated rays and forming at least some of said second light beam , the second light beam having a degree of overlap with the first light beam comprised between 25% and 80%, the second sub-device comprising at least a second digital micro-mirror device configured to form a second light sub-beam taking the form of pixelated rays and forming at least some of said second light beam , the second light sub-beam partially overlapping the light sub-beam , characterized in that the first lighting sub-device is a stripwise lighting sub-device and in that the stripwise first light beam and the second light beam have a lateral angular offset comprised between 4o and 10o.
A manufacturing method for a seal ring having a resin ring body which is made of a resin and includes a tension ring made of metal in the resin ring body, the manufacturing method comprising: a base ring forming step of forming a base ring which is made of a resin and includes an abutment joint with an overlapped portion between one end-side engagement portion on one end side of circumferential direction and another end-side engagement portion on another end side of the circumferential direction, the overlapped portion being overlapping at least in an axial direction; a cavity arranging step of arranging the base ring in a cavity of a die ; a tension ring setting step of setting the tension ring made of metal in a ring arrangement portion of the base ring, the tension ring having a gap portion in a portion corresponding to the one end-side engagement portion and the another end-side engagement portion ; and a sealing step of forming a cover portion which forms the resin ring body together with the base ring through pouring of a liquid resin into the cavity and a dropout preventing portion which is configured to prevent the base ring and the cover portion from peeling off each other, the dropout preventing portion being formed between the base ring and the cover portion . a base ring forming step of forming a base ring which is made of a resin and includes an abutment joint with an overlapped portion between one end-side engagement portion on one end side of circumferential direction and another end-side engagement portion on another end side of the circumferential direction, the overlapped portion being overlapping at least in an axial direction; a cavity arranging step of arranging the base ring in a cavity of a die ; a tension ring setting step of setting the tension ring made of metal in a ring arrangement portion of the base ring, the tension ring having a gap portion in a portion corresponding to the one end-side engagement portion and the another end-side engagement portion ; and a sealing step of forming a cover portion which forms the resin ring body together with the base ring through pouring of a liquid resin into the cavity and a dropout preventing portion which is configured to prevent the base ring and the cover portion from peeling off each other, the dropout preventing portion being formed between the base ring and the cover portion .
A light emitting display panel comprising: a cover plate and a substrate disposed opposite to each other; a plurality of light emitting devices located between the cover plate and the substrate; a packaging structure surrounding the plurality of light emitting devices; and a circuit structure of the plurality of light emitting devices, wherein the packaging structure comprises at least three rows of protruded frames (103, 203; 104, 204) and a first packaging material which is located between adjacent protruded frames, wherein four sides of each of the protruded frames are looped and the at least three rows of protruded frames are adjacent to and embedded into each other in an inward and outward direction, and adjacent ones of the at least three rows of protruded frames are alternately disposed on the cover plate and the substrate and protrude in opposite directions, and non-adjacent ones of the at least three rows of protruded frames are disposed on the same one of the cover plate and the substrate and protrude in the same direction, characterized in that the circuit structure is paved on a convex surface of the protruded frames disposed on the substrate and extends to an exterior of the packaging structure, so as to facilitate lighting of the light emitting devices by an external power supply. a cover plate and a substrate disposed opposite to each other; a plurality of light emitting devices located between the cover plate and the substrate; a packaging structure surrounding the plurality of light emitting devices; and a circuit structure of the plurality of light emitting devices, wherein the packaging structure comprises at least three rows of protruded frames (103, 203; 104, 204) and a first packaging material which is located between adjacent protruded frames, wherein four sides of each of the protruded frames are looped and the at least three rows of protruded frames are adjacent to and embedded into each other in an inward and outward direction, and adjacent ones of the at least three rows of protruded frames are alternately disposed on the cover plate and the substrate and protrude in opposite directions, and non-adjacent ones of the at least three rows of protruded frames are disposed on the same one of the cover plate and the substrate and protrude in the same direction, characterized in that the circuit structure is paved on a convex surface of the protruded frames disposed on the substrate and extends to an exterior of the packaging structure, so as to facilitate lighting of the light emitting devices by an external power supply.
A method for measuring total chlorine in a seawater sample, comprising: preparing a neutral pH solution with a thiocarbamate-based indicator; introducing the thiocarbamate-based indicator to a seawater sample, wherein the seawater sample contains an amount of total chlorine; adding a potassium iodide (KI) additive to the seawater sample, wherein the potassium iodide (KI) additive accelerates the reaction rate between the thiocarbamate-based indicator and total chlorine and causes a change in fluorescence of the seawater sample; and measuring the amount of total chlorine in the seawater sample by measuring an intensity of the fluorescence. preparing a neutral pH solution with a thiocarbamate-based indicator; introducing the thiocarbamate-based indicator to a seawater sample, wherein the seawater sample contains an amount of total chlorine; adding a potassium iodide (KI) additive to the seawater sample, wherein the potassium iodide (KI) additive accelerates the reaction rate between the thiocarbamate-based indicator and total chlorine and causes a change in fluorescence of the seawater sample; and measuring the amount of total chlorine in the seawater sample by measuring an intensity of the fluorescence.
A line intended to be submerged in a body of water, comprising: - an outer sleeve defining an inner space ; - at least one tensile armor layer arranged in an annular space defined within the inner space , the annular space being able to be flooded with a liquid, in particular water from the body of water; the line defines a buffer space having at least one outlet connected to the annular space , to receive liquid from the annular space or to dispense liquid to the annular space during variations in the volume of the annular space , in which the buffer space is separated from the annular space , the volume of the buffer space being greater than 1% of the volume of the annular space and being advantageously between 30% and 50% of the volume of the annular space , the volume of the buffer space being greater than 10 liters, and in which the buffer space comprises at least one inlet intended to emerge in the body of water, the inlet being permanently open, no closing valve or system being placed in the inlet , which remains clear. - an outer sleeve defining an inner space ; - at least one tensile armor layer arranged in an annular space defined within the inner space , the annular space being able to be flooded with a liquid, in particular water from the body of water;
Heating system in a vehicle , comprising: - a heater with a heating arrangement and a heat exchanger arrangement for transferring heat provided in the heating arrangement to a heat transfer medium to be heated, wherein the heat exchanger arrangement comprises a heat transfer medium flow chamber through which the heat transfer medium can flow and has a flow chamber inlet and a flow chamber outlet , - a heat transfer medium pump with a pump inlet and a pump outlet , - a first heat transfer medium line region adjoining the pump inlet , wherein the first heat transfer medium line region is flexible in its line section adjoining the pump inlet , - a second heat transfer medium line region adjoining the pump outlet , wherein the second heat transfer medium line region is flexible in its line section adjoining the pump outlet , wherein a first support arrangement is provided in association with the first heat transfer medium line region for supporting the first heat transfer medium line region on the vehicle and a second support arrangement is provided in association with the second heat transfer medium line region for supporting the second heat transfer medium line region on the vehicle , wherein the heat transfer medium pump is arranged in the vehicle in a self-supporting manner in that the heat transfer medium pump is supported on the vehicle exclusively via the first heat transfer medium line region adjoining it and the second heat transfer medium line region adjoining it, wherein each heat transfer medium line region out of the first heat transfer medium line region and the second heat transfer medium line region has a flexible line section adjoining the heat transfer medium pump and a rigid line section adjoining the flexible line section , characterized in that in each heat transfer medium line section out of the first heat transfer medium line section and the second heat transfer medium line section , the flexible line section , starting from the heat transfer medium pump , adjoins the rigid line section in front of the support arrangement assigned thereto. - a heater with a heating arrangement and a heat exchanger arrangement for transferring heat provided in the heating arrangement to a heat transfer medium to be heated, wherein the heat exchanger arrangement comprises a heat transfer medium flow chamber through which the heat transfer medium can flow and has a flow chamber inlet and a flow chamber outlet , - a heat transfer medium pump with a pump inlet and a pump outlet , - a first heat transfer medium line region adjoining the pump inlet , wherein the first heat transfer medium line region is flexible in its line section adjoining the pump inlet , - a second heat transfer medium line region adjoining the pump outlet , wherein the second heat transfer medium line region is flexible in its line section adjoining the pump outlet ,
A cryptography method comprising: accessing a source code that defines seed information and a pseudorandom function, wherein the source code comprises a programming language that assembles or compiles into a machine language executable by one or more data processors, the source code has a complexity lower than a predefined threshold, the complexity measured based on a code length of the source code; generating a parameter for a cryptographic function by operation of the one or more data processors, wherein the cryptographic function comprises an elliptic curve function, the parameter comprises a constant for the elliptic curve function, the parameter is generated from the seed information and the pseudorandom function, and the parameter is a number that has a larger size in memory than the source code that defines the seed information and the pseudorandom function; wherein the source code is incompressible; wherein generating the parameter comprises deriving the parameter from one or more outputs produced by operating the pseudorandom function seeded by the seed information; encrypting data using the generated parameter and the cryptographic function; and transmitting the encrypted data. accessing a source code that defines seed information and a pseudorandom function, wherein the source code comprises a programming language that assembles or compiles into a machine language executable by one or more data processors, the source code has a complexity lower than a predefined threshold, the complexity measured based on a code length of the source code; generating a parameter for a cryptographic function by operation of the one or more data processors, wherein the cryptographic function comprises an elliptic curve function, the parameter comprises a constant for the elliptic curve function, the parameter is generated from the seed information and the pseudorandom function, and the parameter is a number that has a larger size in memory than the source code that defines the seed information and the pseudorandom function; encrypting data using the generated parameter and the cryptographic function; and transmitting the encrypted data.
Dishwasher, in particular a domestic dishwasher , having a washing compartment , which is designed to accommodate items to be washed, a container delimiting the washing compartment , a pump which is designed to circulate washing liquid in the container , a wash program control apparatus , which is designed to execute at least one wash program and to activate the pump , and at least one optical detection means (15, 15a-15c) connected to the wash program control apparatus , which is designed to optically detect at least one compartment segment of the washing compartment , wherein the wash program control apparatus is designed to adjust the wash program based on the state detected by the optical detection means (15, 15a-15c), namely which quantity of items is present in the washing compartment , characterised in that the optical detection means (15, 15a-15c) is mounted rotatably within the container in such a manner that different compartment segments of the washing compartment are detected by the optical detection means (15, 15a-15c) as a function of the position and/or location of the optical detection means (15, 15a-15c).
A system comprising: an acoustic shell (100a, b, c) comprising a plurality of panels (106a, b, c, d) arranged in a tessellated pattern relative to one another, the plurality of panels (106a, b, c, d) including at least one sound reflecting panel and at least one sound absorbing panel , the at least one sound reflecting panel having an exposed surface a majority of which comprises a sound reflecting surface, the at least one sound absorbing panel having an exposed surface a majority of which comprises a sound absorbing surface; a plurality of hinges connecting edges of at least three of the panels to edges of immediately adjacent panels such that each panel is movably connected to at least one other immediately adjacent panel; a plurality of surficial actuators , each surficial actuator connected between at least two of the plurality of panels (106a, b, c, d) for moving the two panels relative to each other such that the plurality of surficial actuators can manipulate the plurality of panels (106a, b, c, d) to change the overall sound reflecting and sound absorbing properties of the acoustic shell (100a, b, c); and a controller for at least controlling the surficial actuators . an acoustic shell (100a, b, c) comprising a plurality of panels (106a, b, c, d) arranged in a tessellated pattern relative to one another, the plurality of panels (106a, b, c, d) including at least one sound reflecting panel and at least one sound absorbing panel , the at least one sound reflecting panel having an exposed surface a majority of which comprises a sound reflecting surface, the at least one sound absorbing panel having an exposed surface a majority of which comprises a sound absorbing surface; a plurality of hinges connecting edges of at least three of the panels to edges of immediately adjacent panels such that each panel is movably connected to at least one other immediately adjacent panel; a plurality of surficial actuators , each surficial actuator connected between at least two of the plurality of panels (106a, b, c, d) for moving the two panels relative to each other such that the plurality of surficial actuators can manipulate the plurality of panels (106a, b, c, d) to change the overall sound reflecting and sound absorbing properties of the acoustic shell (100a, b, c); and a controller for at least controlling the surficial actuators .
A pharmaceutical composition comprising an antagonist anti-netrin-1 antibody or an antagonist anti-unc5b antibody effective to inhibit or reduce the biological activity of netrin-1 or its receptor unc5b, for use in a method for inhibiting, slowing or preventing atherosclerosis characterized by inflammation or for use in a method for treating a disease characterised by inflammation selected from the group consisting of atherosclerosis and obesity, wherein a therapeutically effective amount of the agent is to be administered.
Electronic switch , having - at least two turn-off semiconductor switches and - a capacitor , wherein the electronic switch has a first connection and a second connection , between which an electrically conductive connection is makeable or breakable by means of the at least two turn-off semiconductor switches on the basis of the switching state of the turn-off semiconductor switches , wherein the at least two turn-off semiconductor switches are arranged in a series connection , wherein two of the at least two turn-off semiconductor switches are arranged in antiseries with one another, wherein the series connection comprising the turn-off semiconductor switches is arranged between the first connection and the second connection of the electronic switch , characterized in that the electronic switch further has a varistor , wherein a series connection comprising the varistor and the capacitor is connected via a first diode to the first connection and via a second diode to the second connection in each case, wherein the first diode has its anode connected to the first connection of the electronic switch and has its cathode connected to a first end of the series connection comprising the varistor and the capacitor , wherein the second diode has its anode connected to the second connection of the electronic switch and has its cathode connected to the cathode of the first diode , wherein the electronic switch has a third connection, wherein a second end of the series connection comprising the varistor and the capacitor is connected to the third connection. - at least two turn-off semiconductor switches and - a capacitor ,
A process for preparing a composition-of-matter, said composition-of-matter being for use as an active material of an electrode, the composition-of-matter comprising a plurality of particles, said particles comprising a substance reversibly releasing an alkali metal while decreasing in volume and absorbing said alkali metal while increasing in volume, wherein in at least a portion of said particles, each particle is being encapsulated within a volume enclosed by a shell or matrix which conducts cations of said alkali metal, the process comprising: i) providing particles comprising said substance reversibly releasing an alkali metal while decreasing in volume and absorbing said alkali metal while increasing in volume, wherein said substance is saturated with said alkali metal; and ii) coating said particles with a conductor of cations of said alkali metal, thereby forming said shell or matrix, wherein said conductor of cations of said alkali metal is selected from the group consisting of a carbonate salt of said alkali metal, a sulfate salt of said alkali metal, a fluoride salt of said alkali metal, a metal disulfide comprising said alkali metal, a metal oxide comprising said alkali metal, and a metal phosphate comprising said alkali metal and any combination thereof, wherein said substance is selected from the group consisting of a sulfide of said alkali metal, and an alloy of said alkali metal with a compound. i) providing particles comprising said substance reversibly releasing an alkali metal while decreasing in volume and absorbing said alkali metal while increasing in volume, wherein said substance is saturated with said alkali metal; and ii) coating said particles with a conductor of cations of said alkali metal, thereby forming said shell or matrix, wherein said conductor of cations of said alkali metal is selected from the group consisting of a carbonate salt of said alkali metal, a sulfate salt of said alkali metal, a fluoride salt of said alkali metal, a metal disulfide comprising said alkali metal, a metal oxide comprising said alkali metal, and a metal phosphate comprising said alkali metal and any combination thereof, wherein said substance is selected from the group consisting of a sulfide of said alkali metal, and an alloy of said alkali metal with a compound.
A method for a mobility management entity , MME, managing a connection of a user equipment , UE, for transmitting and receiving a vehicle-to-everything, V2X, message in a wireless communication system, the method being characterized by : receiving (S 1502), from an evolved node B, eNB, a message indicating that the UE has requested a PC5 resource; upon recognizing that the UE performs only the PC5 operation based on the received message, determining that the UE should maintain an ECM_CONNECTED state; and transmitting (S1503), to a serving gateway, S-GW, information requesting a release of an S1 bearer not required related to the UE . receiving (S 1502), from an evolved node B, eNB, a message indicating that the UE has requested a PC5 resource; upon recognizing that the UE performs only the PC5 operation based on the received message, determining that the UE should maintain an ECM_CONNECTED state; and transmitting (S1503), to a serving gateway, S-GW, information requesting a release of an S1 bearer not required related to the UE .