mhurhangee/patent-ind-claim-en huggingface dataset:
A joint member for forming a connection between two or more tubes, the joint member comprising: two or more acceptor ports , wherein each acceptor port is formed with an inner protrusion that is configured to be fitted inside a corresponding tube of the two or more tubes when the joint is connected to the corresponding tube and includes one or more fluid delivery paths built into a side wall of the inner protrusion ; and one or more fluid delivery ports that are in fluid communication with a space between an inner surface of the corresponding tube and an outer surface of the inner protrusion when the joint is connected to the corresponding tube, said fluid communication provided through the one or more fluid delivery paths built into the side wall of the inner protrusion . two or more acceptor ports , wherein each acceptor port is formed with an inner protrusion that is configured to be fitted inside a corresponding tube of the two or more tubes when the joint is connected to the corresponding tube and includes one or more fluid delivery paths built into a side wall of the inner protrusion ; and one or more fluid delivery ports that are in fluid communication with a space between an inner surface of the corresponding tube and an outer surface of the inner protrusion when the joint is connected to the corresponding tube, said fluid communication provided through the one or more fluid delivery paths built into the side wall of the inner protrusion .
Goggles , comprising: - a lens body ; - a lens body supporting part configured to support the lens body ; and - a face plate part positioned on a peripheral edge part behind the lens body supporting part , having flexibility and capable of coming into contact with a face of a wearer; characterised by a gaze correcting part provided in a center of the face plate part , having a rectangular column shape and enabling correction of a gaze of the wearer; the gaze correcting part having mutually different colors on a facing surface facing the wearer, a right side surface located to the right of the facing surface and a left side surface located to the left of the facing surface and dividing a field of view of the wearer into a right field of view and a left field of view. - a lens body ; - a lens body supporting part configured to support the lens body ; and - a face plate part positioned on a peripheral edge part behind the lens body supporting part , having flexibility and capable of coming into contact with a face of a wearer; characterised by a gaze correcting part provided in a center of the face plate part , having a rectangular column shape and enabling correction of a gaze of the wearer;
A system for generating a geometric model, comprising: one or more processors; and a computer readable medium operatively connected to the one or more processors and comprising computer readable code executable by the one or more processors to: determine that a vehicle has reached a predetermined destination; and in accordance with determining that the vehicle has reached the predetermined destination, initiating a data acquisition procedure to acquire environmental data from one or more sensors of the vehicle while the vehicle is in operation; in response to detecting that the vehicle has ceased operation: obtain a geometric model of an environment based on the acquired environmental data, determine a location of the vehicle when the vehicle has ceased operation, and present, by a mobile device, a guide from the location of the vehicle to the predetermined destination using the geometric model. one or more processors; and a computer readable medium operatively connected to the one or more processors and comprising computer readable code executable by the one or more processors to: determine that a vehicle has reached a predetermined destination; and in accordance with determining that the vehicle has reached the predetermined destination, initiating a data acquisition procedure to acquire environmental data from one or more sensors of the vehicle while the vehicle is in operation; in response to detecting that the vehicle has ceased operation: obtain a geometric model of an environment based on the acquired environmental data, determine a location of the vehicle when the vehicle has ceased operation, and present, by a mobile device, a guide from the location of the vehicle to the predetermined destination using the geometric model. determine that a vehicle has reached a predetermined destination; and in accordance with determining that the vehicle has reached the predetermined destination, initiating a data acquisition procedure to acquire environmental data from one or more sensors of the vehicle while the vehicle is in operation; in response to detecting that the vehicle has ceased operation: obtain a geometric model of an environment based on the acquired environmental data, determine a location of the vehicle when the vehicle has ceased operation, and present, by a mobile device, a guide from the location of the vehicle to the predetermined destination using the geometric model. obtain a geometric model of an environment based on the acquired environmental data, determine a location of the vehicle when the vehicle has ceased operation, and present, by a mobile device, a guide from the location of the vehicle to the predetermined destination using the geometric model.
A process for preparing a feedstuff for ruminants, comprising: suspending a lignocellulosic material as a raw material in a liquid to give a pulp; subjecting the resulting pulp to solid-liquid separation in a pressure type solid-liquid separator; pelletizing the pulp subjected to solid-liquid separation and preparing a feedstuff containing the pelletized pulp; wherein the lignocellulosic material is derived from a wood resource and the pulp is a kraft pulp.
Device for covering a building area, in particular a window of a building, the device having: a first guide strand , a second guide strand , at least one lamella , wherein the lamella has a first coupling point , by which the lamella is coupled to the first guide strand in such a way that the lamella is guidable at least along the first guide strand , wherein the lamella has a second coupling point , which is spaced in a longitudinal direction of the lamella from the first coupling point and at which the lamella is coupled to the second guide strand , wherein the lamella is configured to be adjustable in the longitudinal direction in such a way that a length of the lamella between the first guide strand and the second guide strand is adjustable during the guiding in a guide direction along the first guide strand , characterized in that the first guide strand and the second guide strand are arranged in such a way that a distance between the first guide strand and the second guide strand changes at least partially in the guide direction , wherein the lamella , when moving along the first guide strand and the second guide strand , is adjustable to the respective distance between the first guide strand and the second guide strand due to its longitudinal adjustability. a first guide strand , a second guide strand , at least one lamella ,
Quick coupler for automatically changing an attachment on a construction machine, comprising first receptacles arranged on one side of a carrier for receiving a first coupling element , second receptacles , arranged on the other side of the carrier , having at least one locking element , which can be moved between a release position for coupling or uncoupling the attachment and a locking position (V) for holding the attachment on the quick coupler , for receptacle of a second coupling element , and a display device , arranged on the carrier , for checking the locking, characterized in that the display device arranged on the carrier contains an electrical lock status indicator and an electrical control unit which activates the lock status indicator in an extended locking position (V) of the locking element and deactivates it in a retracted release position and an extended position (U) of the locking element which differs from the locking position.
A method for operating a cache memory in a secure element , said secure element being comprised in a data processing system having, in addition to the secure element , a rich execution environment, REE , the method comprising: providing an interpreter in the secure element ; determining that data to be executed by the interpreter is not located in the cache memory ; generating a cache miss in the secure element ; retrieving a block of encrypted data from memory coupled to the REE corresponding to the cache miss; retrieving from the memory in one access operation all blocks of a hash tree path from the block corresponding to the encrypted data to a root of the hash tree ; storing all of the blocks of the hash tree path in the secure element ; decrypting the encrypted data using the interpreter ; verifying , by the interpreter , an integrity of the decrypted data using the hash tree ; storing , by the interpreter , the verified decrypted data in the cache memory of the secure element . providing an interpreter in the secure element ; determining that data to be executed by the interpreter is not located in the cache memory ; generating a cache miss in the secure element ; retrieving a block of encrypted data from memory coupled to the REE corresponding to the cache miss; retrieving from the memory in one access operation all blocks of a hash tree path from the block corresponding to the encrypted data to a root of the hash tree ; storing all of the blocks of the hash tree path in the secure element ; decrypting the encrypted data using the interpreter ; verifying , by the interpreter , an integrity of the decrypted data using the hash tree ; storing , by the interpreter , the verified decrypted data in the cache memory of the secure element .
A hot rolled steel sheet comprising, as a chemical composition, by mass%: C: 0.06% or more and 0.20% or less; Si: 1.0% or less; Mn: more than 1.5%, 3.5% or less; P: 0.040% or less; S: 0.004% or less; Al: 0.10% or less; N: 0.004% or less; Ti: 0.04% or more and 0.20% or less; Nb: 0% or more and 0.04% or less; Mo: 0% or more and 1.0% or less; Cu: 0% or more and 0.5% or less; Ni: 0% or more and 0.5% or less; and a remainder consisting of Fe and impurities, wherein a metallographic structure at a sheet thickness 1/4 depth position and a sheet width center position of the hot rolled steel sheet consists of 90 vol% or more martensite and 0 vol% or more and 10 vol% or less of a residual structure, the residual structure is one or both of bainite and ferrite, an average length of grains in an L direction, which is a direction parallel to a rolling direction, is 0.2 μm or more and 5.0 μm or less, an average length of grains in a C direction, which is a direction parallel to a transverse direction, is 0.1 μm or more and 5.0 μm or less, a ratio between an L direction grain length, which is the average length of the grains in the L direction, and a C direction grain length, which is the average length of the grains in the C direction, is 0.2 ≤ C direction grain length / L direction grain length ≤ 5.0, and a tensile strength measured according to JIS Z2241:2011 is 1180 MPa or more. C: 0.06% or more and 0.20% or less; Si: 1.0% or less; Mn: more than 1.5%, 3.5% or less; P: 0.040% or less; S: 0.004% or less; Al: 0.10% or less; N: 0.004% or less; Ti: 0.04% or more and 0.20% or less; Nb: 0% or more and 0.04% or less; Mo: 0% or more and 1.0% or less; Cu: 0% or more and 0.5% or less; Ni: 0% or more and 0.5% or less; and a remainder consisting of Fe and impurities, wherein a metallographic structure at a sheet thickness 1/4 depth position and a sheet width center position of the hot rolled steel sheet consists of 90 vol% or more martensite and 0 vol% or more and 10 vol% or less of a residual structure, the residual structure is one or both of bainite and ferrite, an average length of grains in an L direction, which is a direction parallel to a rolling direction, is 0.2 μm or more and 5.0 μm or less, an average length of grains in a C direction, which is a direction parallel to a transverse direction, is 0.1 μm or more and 5.0 μm or less, a ratio between an L direction grain length, which is the average length of the grains in the L direction, and a C direction grain length, which is the average length of the grains in the C direction, is 0.2 ≤ C direction grain length / L direction grain length ≤ 5.0, and a tensile strength measured according to JIS Z2241:2011 is 1180 MPa or more.
An article comprising: a. a water-soluble film comprising: a polyvinyl alcohol (PVOH) resin blend b. a household care composition proximal to the water-soluble film. characterised in that the polyvinyl alcohol (PVOH) resin blend comprises; a first PVOH copolymer comprising a first anionic monomer unit, the first PVOH copolymer having a first level of incorporation (a 1 ) of the first anionic monomer unit; and a second PVOH copolymer comprising a second anionic monomer unit, the second PVOH copolymer having a second level of incorporation (a 2 ) of the second anionic monomer unit; wherein a 1 - a 2 is greater than zero, and the first anionic monomer unit and the second anionic monomer unit are the same or different, preferably different. a. a water-soluble film comprising: a polyvinyl alcohol (PVOH) resin blend b. a household care composition proximal to the water-soluble film. characterised in that the polyvinyl alcohol (PVOH) resin blend comprises; a first PVOH copolymer comprising a first anionic monomer unit, the first PVOH copolymer having a first level of incorporation (a 1 ) of the first anionic monomer unit; and a second PVOH copolymer comprising a second anionic monomer unit, the second PVOH copolymer having a second level of incorporation (a 2 ) of the second anionic monomer unit; wherein a 1 - a 2 is greater than zero, and the first anionic monomer unit and the second anionic monomer unit are the same or different, preferably different. characterised in that the polyvinyl alcohol (PVOH) resin blend comprises; a first PVOH copolymer comprising a first anionic monomer unit, the first PVOH copolymer having a first level of incorporation (a 1 ) of the first anionic monomer unit; and a second PVOH copolymer comprising a second anionic monomer unit, the second PVOH copolymer having a second level of incorporation (a 2 ) of the second anionic monomer unit; a first PVOH copolymer comprising a first anionic monomer unit, the first PVOH copolymer having a first level of incorporation (a 1 ) of the first anionic monomer unit; and a second PVOH copolymer comprising a second anionic monomer unit, the second PVOH copolymer having a second level of incorporation (a 2 ) of the second anionic monomer unit; wherein a 1 - a 2 is greater than zero, and the first anionic monomer unit and the second anionic monomer unit are the same or different, preferably different.
A thermostatic mixer valve for mixing cold water and hot water and for adjusting a mixed water temperature (T ist ), having an electric motor which can be actuated by a control unit and which acts via a gear stage on a valve body which is stroke adjustable over a setting range (Δy) and with which the mixture ratio of hot to cold water can be varied in function of a target mixed water temperature (T soll ) specifiable by a user, and having a sensor element for detecting at least one setting position (y 1 , y 2 , y 3 ) in the setting range (Δy) of the thermostatic mixer valve , characterized in that the gear stage has a non-rotatably mounted, linearly adjustable linear stroke element provided between the electric motor and the valve body and that the sensor element interacts with the linear stroke element to detect the setting position (y 1 , y 2 , y 3 ).
A removing device for the maintenance of a swimming pool, said removing device comprising: - at least one gripping element that can be manipulated by a user, - an elongated structure having a longitudinal direction of elongation (D1) and a sufficient length in the longitudinal direction (D1) of between 50cm and 100cm, advantageously between 60cm and 80cm, so as to prevent a user, at least in limited way, from bending down when using the removing tool and/or getting her/his hands wet when extracting at least one filtration element, and - removing means configured to get engaged with a part of at least one filtration element or one element cooperating with a water filtration element of a swimming pool in order to enable a removing of said filter element, - wherein the removing means have, with respect to the longitudinal direction of elongation (D1), a dimension or a transversal spacing greater than an internal diameter of a flange of said filter element in order to enable the flange to rest on the removing means when extracting the filter element in a vertical movement. - at least one gripping element that can be manipulated by a user, - an elongated structure having a longitudinal direction of elongation (D1) and a sufficient length in the longitudinal direction (D1) of between 50cm and 100cm, advantageously between 60cm and 80cm, so as to prevent a user, at least in limited way, from bending down when using the removing tool and/or getting her/his hands wet when extracting at least one filtration element, and - removing means configured to get engaged with a part of at least one filtration element or one element cooperating with a water filtration element of a swimming pool in order to enable a removing of said filter element, - wherein the removing means have, with respect to the longitudinal direction of elongation (D1), a dimension or a transversal spacing greater than an internal diameter of a flange of said filter element in order to enable the flange to rest on the removing means when extracting the filter element in a vertical movement.
A drainage pump comprising: a housing ; an impeller housed in the housing ; and a motor with a drive shaft connected to the impeller , wherein the housing includes a suction pipe in a cylindrical shape extending in an up-and-down direction, characterized in that the suction pipe includes a suction port facing downward and a concave surface in an annular shape around the suction port , the suction port and the concave surface being disposed at a lower end of the suction pipe . a housing ; an impeller housed in the housing ; and a motor with a drive shaft connected to the impeller , wherein the housing includes a suction pipe in a cylindrical shape extending in an up-and-down direction,
A method for key deduction in a wireless communication network, comprising: deducing, by a home subscriber server, HSS, a root key; sending, by the HSS, the root key to a mobility management entity, MME; deducing, by the MME, keys for protecting security of an access stratum, AS, signaling, a non-access stratum, NAS, signaling and user data according to the root key. deducing, by a home subscriber server, HSS, a root key; sending, by the HSS, the root key to a mobility management entity, MME; deducing, by the MME, keys for protecting security of an access stratum, AS, signaling, a non-access stratum, NAS, signaling and user data according to the root key.
Breaker for high current or voltage applications for switching or interrupting a high current on/off with high efficiency and fast intervention times, for instance in industrial and/or railways applications said breaker comprising: - a casing ; - a base portion in the casing , said base portion supporting: - an activating mechanism for switching means including a holding mechanism and a release mechanism ; - an intermediate switching or breaking contact portion , including fixed contacts and movable contacts , and - a top arc chute extinguishing portion covering said intermediate switching or breaking contact portion , characterized in that : said arc chute extinguishing portion is moveable with respect to said switching or breaking contact portion and is provided with external polar expansions that are coupled on both main sides of the breaker ; further polar expansions being electrically coupled to said external polar expansions and linked to said intermediate switching or breaking contact portion as fixed part of the breaker . - a casing ; - a base portion in the casing , said base portion supporting: - an activating mechanism for switching means including a holding mechanism and a release mechanism ; - an intermediate switching or breaking contact portion , including fixed contacts and movable contacts , and - a top arc chute extinguishing portion covering said intermediate switching or breaking contact portion , said arc chute extinguishing portion is moveable with respect to said switching or breaking contact portion and is provided with external polar expansions that are coupled on both main sides of the breaker ; further polar expansions being electrically coupled to said external polar expansions and linked to said intermediate switching or breaking contact portion as fixed part of the breaker .
A method of producing metallic tantalum comprising the steps of, providing a precursor material, the precursor material comprising a tantalate of a first metal, in which the first metal is an alkali metal or an alkaline earth metal, arranging the precursor material in contact with a molten salt in an electrolytic cell, the electrolytic cell further comprising an anode and a cathode arranged in contact with the molten salt, the anode comprising a molten second metal, wherein the second metal is, or is an alloy of, any metal selected from the list consisting of zinc, tellurium, bismuth, lead, magnesium, tin, and aluminium, and applying a potential between the anode and the cathode such that the precursor material is reduced to tantalum, in which the anode does not comprise a carbon material. providing a precursor material, the precursor material comprising a tantalate of a first metal, in which the first metal is an alkali metal or an alkaline earth metal, arranging the precursor material in contact with a molten salt in an electrolytic cell, the electrolytic cell further comprising an anode and a cathode arranged in contact with the molten salt, the anode comprising a molten second metal, wherein the second metal is, or is an alloy of, any metal selected from the list consisting of zinc, tellurium, bismuth, lead, magnesium, tin, and aluminium, and applying a potential between the anode and the cathode such that the precursor material is reduced to tantalum, in which the anode does not comprise a carbon material.
Method for activating a camera monitor system as a mirror replacement system on a vehicle, in particular on a utility vehicle, with at least one camera which is mounted on both sides or on one side of the outside of the vehicle , directed rearwards when viewed in the longitudinal direction of the vehicle, by means of a camera mount , wherein the camera mount has a controllable actuating device with which the camera which is directed rearwards is moved into different distance positions with respect to the vehicle in accordance with the situation, characterized in that the orientation of the camera is also adjustable in a controlled fashion in such a way that when the camera position is adjusted automatically and coupled the camera orientation is also correspondingly suitably adjusted if the camera is moved from an operational standard position for a normal driving operation into a different viewing position.
Thermally activatable reactive adhesive film, consisting of a backing foil of thermoplastic polyurethane, which is coated at least on one side with a latent-reactive, thermally activatable adhesive compound, wherein the adhesive compound is an adhesive compound based on polyurethane which contains thermally activatable isocyanate.