mhurhangee/patent-ind-claim-en huggingface dataset:
A magnetic sleeve comprising a body and a magnetic unit disposed in said body , said body including a first section , a second section connected to said first section and having an engagement end , a locking socket recessed into said engagement end of said second section , and a mounting hole formed inside said second section and communicating with said locking socket for accommodating said magnetic unit ; characterised in that a reference point (L) is defined inside said mounting hole , said mounting hole being enclosed by a peripheral wall while taking said reference point (L) as center, said peripheral wall including at least one wall surface and at least one engagement surface different from said at least one wall surface , said at least one engagement surface having two transition points opposite to each other, said two transition points meeting said at least one wall surface , said at least one wall surface being curved in shape.
A videoconferencing system comprising: multiple videoconferencing rooms ; a server adapted to store information regarding each videoconferencing room, each videoconferencing room including a videoconferencing codec and a system controller in communication with the videoconferencing codec via one or more wired and/or wireless communication networks to control the videoconferencing codec, the system controller in communication with the server via the one or more wired and/or wireless communication networks; and a mobile computing device including a user interface , the mobile computing device configured to communicate with the server via the one or more wired and/or wireless communication networks to exchange data with the server to determine whether at least one of the videoconferencing rooms is within a defined proximity of the mobile computing device; the mobile computing device further configured to, in response to determining that at least one of the videoconferencing rooms is within the defined proximity, and in response to the user selecting said at least one of the videoconferencing rooms, transmit one or more commands to the server; the server configured to transmit the one or more commands to the system controller located in said at least one of the videoconferencing rooms; said system controller configured to control the videoconferencing codec located in said at least one of the videoconferencing rooms according to the one or more commands to establish or control a videoconference in said at least one of the videoconferencing rooms. multiple videoconferencing rooms ; a server adapted to store information regarding each videoconferencing room, each videoconferencing room including a videoconferencing codec and a system controller in communication with the videoconferencing codec via one or more wired and/or wireless communication networks to control the videoconferencing codec, the system controller in communication with the server via the one or more wired and/or wireless communication networks; and a mobile computing device including a user interface , the mobile computing device configured to communicate with the server via the one or more wired and/or wireless communication networks to exchange data with the server to determine whether at least one of the videoconferencing rooms is within a defined proximity of the mobile computing device; the mobile computing device further configured to, in response to determining that at least one of the videoconferencing rooms is within the defined proximity, and in response to the user selecting said at least one of the videoconferencing rooms, transmit one or more commands to the server; the server configured to transmit the one or more commands to the system controller located in said at least one of the videoconferencing rooms; said system controller configured to control the videoconferencing codec located in said at least one of the videoconferencing rooms according to the one or more commands to establish or control a videoconference in said at least one of the videoconferencing rooms.
An injector , comprising: a prefilled syringe comprising: a container portion defining a fluid chamber containing a medicament; an injection-assisting needle disposed at the distal end of the fluid chamber having an injecting tip configured for piercing an insertion location and defining a fluid pathway in fluid communication with the fluid chamber ; and a plunger movable within the fluid chamber ; a housing that houses the prefilled syringe and comprises an outer housing and a guard that is movable with respect to the outer housing , wherein the guard comprises a distal surface and is configured to allow the needle to extend beyond the distal surface at a maximum distance of about 15 mm; a syringe support supportively mounting the prefilled syringe to the outer housing , such that the prefilled syringe remains stationary within the outer housing and is fixed thereto; a syringe cushion associated with the syringe support and the prefilled syringe to compensate for shape irregularities of the pre-filled syringe ; and an energy source configured for biasing the plunger with a force selected to produce an injecting pressure in the medicament in the fluid chamber that substantially remains from about 5.5 Bar (80 p.s.i.) to about 68.9 Bar (1000 p.s.i.) during injection of the medicament to inject the medicament from the fluid chamber through the needle to an injection site, wherein a penetration depth and the injecting pressure are sufficient to substantially prevent backflow of the injected medicament. a container portion defining a fluid chamber containing a medicament; an injection-assisting needle disposed at the distal end of the fluid chamber having an injecting tip configured for piercing an insertion location and defining a fluid pathway in fluid communication with the fluid chamber ; and a plunger movable within the fluid chamber ; a housing that houses the prefilled syringe and comprises an outer housing and a guard that is movable with respect to the outer housing , wherein the guard comprises a distal surface and is configured to allow the needle to extend beyond the distal surface at a maximum distance of about 15 mm; a syringe support supportively mounting the prefilled syringe to the outer housing , such that the prefilled syringe remains stationary within the outer housing and is fixed thereto; a syringe cushion associated with the syringe support and the prefilled syringe to compensate for shape irregularities of the pre-filled syringe ; and an energy source configured for biasing the plunger with a force selected to produce an injecting pressure in the medicament in the fluid chamber that substantially remains from about 5.5 Bar (80 p.s.i.) to about 68.9 Bar (1000 p.s.i.) during injection of the medicament to inject the medicament from the fluid chamber through the needle to an injection site, wherein a penetration depth and the injecting pressure are sufficient to substantially prevent backflow of the injected medicament.
A drive protection method used in a drive circuit of a DC motor , said DC motor having a maximum tolerance value, wherein the drive protection method comprises the steps of: providing a control signal (S C ) and a drive current, said control signal (S C ) being adapted for controlling the output level of said drive current, said drive current being adapted for driving said DC motor ; providing a maximum signal level (V M ) corresponding to said maximum tolerance value of said DC motor ; comparing a level of a feedback signal (S F ) of said DC motor and said maximum signal level (V M ); and triggering a heavy load operation when the level of said feedback signal (S F ) exceeds said maximum signal level (V M ), said heavy load work comprises said drive current traces said maximum tolerated value by said feedback signal (S F ), and computing said feedback signal (S F ) to obtain an operation signal (S FI ), and then stopping the output of said control signal (S C ) when a level of said operation signal (S FI ) reaches a turn-off level (V O ). providing a control signal (S C ) and a drive current, said control signal (S C ) being adapted for controlling the output level of said drive current, said drive current being adapted for driving said DC motor ; providing a maximum signal level (V M ) corresponding to said maximum tolerance value of said DC motor ; comparing a level of a feedback signal (S F ) of said DC motor and said maximum signal level (V M ); and triggering a heavy load operation when the level of said feedback signal (S F ) exceeds said maximum signal level (V M ), said heavy load work comprises said drive current traces said maximum tolerated value by said feedback signal (S F ), and computing said feedback signal (S F ) to obtain an operation signal (S FI ), and then stopping the output of said control signal (S C ) when a level of said operation signal (S FI ) reaches a turn-off level (V O ).
Aircraft landing gear having an upper portion intended to be assembled to a structure of the aircraft and a lower portion provided with first and second axles , the first axle being equipped with at least one braked wheel and the second axle being equipped with at least one motorised wheel , the landing gear comprising a strut having an upper end belonging to the upper portion of the landing gear and a lower end belonging to the lower portion of the landing gear, the landing gear including a main arm pivotally mounted relative to the strut via a pivot connection , characterised in that said first axle is fixed to this main arm at a distance from the strut and the second axle is fixedly connected to the strut , the landing gear including a main actuator arranged to act on the main arm so as to move the first axle between a position remote from the upper portion and a position close to the upper portion , in the close position the braked and motorised wheels being arranged so as to be able to be in contact simultaneously against a running surface (P) and in the remote position, the braked and motorised wheels being arranged so that each braked wheel equipping the first axle can be in contact against the running surface (P) while each motorised wheel equipping the second axle stay at a distance from this running surface (P).
An air conditioning service system comprising: a plurality of conduits and voids defining a total refrigerant receiving volume of the air conditioning service system ; a pressure transducer configured to sense a pressure at a first location in the plurality of conduits and voids; a compressor operably connected to the plurality of conduits and voids; and a controller operably connected to the pressure transducer and the compressor , the controller including a processor configured to execute program instructions stored in a memory to determine a quantity of refrigerant recovered from a refrigeration system by: obtaining a first pressure signal from the pressure transducer corresponding to a first pressure at the first location, operating the compressor to recover the refrigerant from the refrigeration system after the first pressure is sensed, obtaining a second pressure signal from the pressure transducer corresponding to a second pressure at the first location after operating the compressor , and determining an amount of refrigerant recovered from the refrigeration system based on the first pressure signal and the second pressure signal. a plurality of conduits and voids defining a total refrigerant receiving volume of the air conditioning service system ; a pressure transducer configured to sense a pressure at a first location in the plurality of conduits and voids; a compressor operably connected to the plurality of conduits and voids; and a controller operably connected to the pressure transducer and the compressor , the controller including a processor configured to execute program instructions stored in a memory to determine a quantity of refrigerant recovered from a refrigeration system by: obtaining a first pressure signal from the pressure transducer corresponding to a first pressure at the first location, operating the compressor to recover the refrigerant from the refrigeration system after the first pressure is sensed, obtaining a second pressure signal from the pressure transducer corresponding to a second pressure at the first location after operating the compressor , and determining an amount of refrigerant recovered from the refrigeration system based on the first pressure signal and the second pressure signal. obtaining a first pressure signal from the pressure transducer corresponding to a first pressure at the first location, operating the compressor to recover the refrigerant from the refrigeration system after the first pressure is sensed, obtaining a second pressure signal from the pressure transducer corresponding to a second pressure at the first location after operating the compressor , and determining an amount of refrigerant recovered from the refrigeration system based on the first pressure signal and the second pressure signal.
A curable composition comprising a liquid polysulfide polymer containing 8% by weight or more of thiol groups in one molecule, an epoxy resin, and an amine, in which the liquid polysulfide polymer is HS-(R-S x ) n -R-SH wherein R is a two valent or three valent organic group containing a -O-CH 2 -O- bond, the average of n is less than 10, x is an integer of 1 to 5, and the average of x is 1 to 2.5, and the amine is selected from alicyclic tertiary amines and aromatic tertiary amines.
A system for regulating the temperature of a cable laid at least partially in the transition (U) from land to a body of water, comprising: - means for collecting water on the land side , so that water can be collected in these means and discharged from these means ; - means for controlling a quantity of water , so that a quantity of water flowing out of the means for collecting water on the land side or flowing into these means from the body of water is controllable; and - means for cooling a cable , which enclose the cable in an envelope-like manner at least in a section from the means for collecting water on the land side into a body of water, wherein a cavity is formed between the cable and the means for cooling the cable , through which cavity the water flows for cooling the cable , - wherein the means for collecting water on the land side is at least one water collection basin or catch basin located on the land side, characterised in that - the sea represents the body of water, and the means for collecting water on the land side and the means for cooling the cable are arranged on the sea in such a way that during high tide water flows from the sea through the means for cooling the cable into the means for collecting water on the land side and at low tide the water flows back from these into the sea. - means for collecting water on the land side , so that water can be collected in these means and discharged from these means ; - means for controlling a quantity of water , so that a quantity of water flowing out of the means for collecting water on the land side or flowing into these means from the body of water is controllable; and - means for cooling a cable , which enclose the cable in an envelope-like manner at least in a section from the means for collecting water on the land side into a body of water, wherein a cavity is formed between the cable and the means for cooling the cable , through which cavity the water flows for cooling the cable , - wherein the means for collecting water on the land side is at least one water collection basin or catch basin located on the land side, characterised in that - the sea represents the body of water, and the means for collecting water on the land side and the means for cooling the cable are arranged on the sea in such a way that during high tide water flows from the sea through the means for cooling the cable into the means for collecting water on the land side and at low tide the water flows back from these into the sea.
A method for manufacturing a security element having negative writing for a security paper or an object of value, in particular a value document, having the following steps: a) supplying a transparent carrier substrate ; b) providing the carrier substrate with an embossed emboss-lacquer layer ; c) printing the emboss-lacquer layer with a flowable, metal pigments-containing ink layer in the form of a predetermined pattern having ink-layer regions and recesses forming the negative writing between the ink-layer regions , so that at the underside of each individual ink-layer region at which the ink layer and the emboss-lacquer layer face each other, metal pigments align themselves spatially along the emboss structure of the emboss-lacquer layer and form a first lower ink-layer metallization ; d) bringing in contact the ink layer with an embossing tool, preferably at elevated pressure and at elevated temperature, so that the upper side of each individual ink-layer region is provided with an emboss structure along which metal pigments align themselves spatially and form the second, upper ink-layer metallization . a) supplying a transparent carrier substrate ; b) providing the carrier substrate with an embossed emboss-lacquer layer ; c) printing the emboss-lacquer layer with a flowable, metal pigments-containing ink layer in the form of a predetermined pattern having ink-layer regions and recesses forming the negative writing between the ink-layer regions , so that at the underside of each individual ink-layer region at which the ink layer and the emboss-lacquer layer face each other, metal pigments align themselves spatially along the emboss structure of the emboss-lacquer layer and form a first lower ink-layer metallization ; d) bringing in contact the ink layer with an embossing tool, preferably at elevated pressure and at elevated temperature, so that the upper side of each individual ink-layer region is provided with an emboss structure along which metal pigments align themselves spatially and form the second, upper ink-layer metallization .
A semiconductor module comprising: a semiconductor device ; a metal plate portion that includes a first surface on the side of the semiconductor device ; a molded portion that is formed by molding a resin on the semiconductor device and the metal plate portion ; a cooling plate portion that is a separate member from the metal plate portion , is provided on a side opposite to the first surface, and includes fins on a side opposite to the side of the metal plate portion ; a heat sink part that is provided between the semiconductor device and the first surface of the metal plate portion ; and an insulating material that is provided between the heat sink part and the first surface of the metal plate portion ; wherein the heat sink part and the insulating material are disposed in the molded portion ; and the insulating material includes an end that extends outwardly with respect to an end of the heat sink part, and characterized in that the fins of the cooling plate portion are formed centrally with respect to the heat sink part , such that side portions of the heat sink part extend outwardly with respect to the region where the fins are formed. a semiconductor device ; a metal plate portion that includes a first surface on the side of the semiconductor device ; a molded portion that is formed by molding a resin on the semiconductor device and the metal plate portion ; a cooling plate portion that is a separate member from the metal plate portion , is provided on a side opposite to the first surface, and includes fins on a side opposite to the side of the metal plate portion ; a heat sink part that is provided between the semiconductor device and the first surface of the metal plate portion ; and an insulating material that is provided between the heat sink part and the first surface of the metal plate portion ; wherein the heat sink part and the insulating material are disposed in the molded portion ; and the insulating material includes an end that extends outwardly with respect to an end of the heat sink part, and characterized in that the fins of the cooling plate portion are formed centrally with respect to the heat sink part , such that side portions of the heat sink part extend outwardly with respect to the region where the fins are formed.
An electronic device comprising: a housing having a top portion and a bottom portion opposite the top portion; and an electronic component for the electronic device , the electronic component positioned within the housing and magnetically attached to an internal surface of the bottom portion of the housing via a magnetic force between one or more magnetic attachment points of the electronic component and one or more corresponding magnetic attachment points on the internal surface of the bottom portion of the housing , wherein the one or more corresponding magnetic attachment points on the internal surface of the bottom portion of the housing comprise a plurality of magnets and the one or more magnetic attachment points on the electronic component comprise a plurality of magnetic elements on the electronic component that are magnetically attached to the plurality of magnets respectively, wherein the plurality of magnets protrude from the internal surface of the housing and extend into a plurality of cavities of the respective plurality of magnetic elements on the electronic component to magnetically attach the electronic component to the internal surface of the bottom portion of the housing, and wherein each of the magnetic elements comprises a nut attached to the electronic component, and wherein each of the cavities corresponds to a hole of the nut. a housing having a top portion and a bottom portion opposite the top portion; and an electronic component for the electronic device , the electronic component positioned within the housing and magnetically attached to an internal surface of the bottom portion of the housing via a magnetic force between one or more magnetic attachment points of the electronic component and one or more corresponding magnetic attachment points on the internal surface of the bottom portion of the housing , wherein the one or more corresponding magnetic attachment points on the internal surface of the bottom portion of the housing comprise a plurality of magnets and the one or more magnetic attachment points on the electronic component comprise a plurality of magnetic elements on the electronic component that are magnetically attached to the plurality of magnets respectively, wherein the plurality of magnets protrude from the internal surface of the housing and extend into a plurality of cavities of the respective plurality of magnetic elements on the electronic component to magnetically attach the electronic component to the internal surface of the bottom portion of the housing, and wherein each of the magnetic elements comprises a nut attached to the electronic component, and wherein each of the cavities corresponds to a hole of the nut.
A CAMKK1 protein, or a vector comprising a nucleic acid encoding CAMKK1, or cells that have been modified to have increased levels of CAMKK1, or a conditioned media from a culture of cells that have been modified to have an increased level of CAMKK1, or any combination thereof, for use in treating an ischemic or inflammatory condition in an organ or tissue of a patient, by inducing an increase of the level of CAMKK1 in said organ or tissue, and wherein the increase in the level of CAMKK1 in the organ or tissue is sufficient to treat an ischemic or inflammatory condition.