mhurhangee/patent-ind-claim-en huggingface dataset:
A triggering circuit for use with a microcontroller used to control a load when in an active mode, and having a low-power mode and an external interrupt input for triggering wakeup from the low-power mode and initiating an interrupt action related to the load , the triggering circuit comprising: a sensor input for receiving a sensor signal related to the load ; a threshold input for receiving a threshold reference signal; and a comparator for comparing the sensor signal to the threshold reference signal and for outputting an interrupt signal to the external interrupt input in response to the comparison, characterised in that the threshold reference signal is output from one of a Digital to Analog converter, DAC, module of the microcontroller and a Pulse Width Modulation, PWM, module of the microcontroller. a sensor input for receiving a sensor signal related to the load ; a threshold input for receiving a threshold reference signal; and a comparator for comparing the sensor signal to the threshold reference signal and for outputting an interrupt signal to the external interrupt input in response to the comparison, characterised in that the threshold reference signal is output from one of a Digital to Analog converter, DAC, module of the microcontroller and a Pulse Width Modulation, PWM, module of the microcontroller.
Computer system with at least one interface , in particular at least one USB Type-C interface, including - at least one voltage monitoring device , and - at least one interface control device including a signaling circuit , wherein the interface control device is configured to restrict a power output via the interface to a predetermined power level if the voltage monitoring device detects a drop of a supply voltage (U) of the computer system below a first threshold value (G1), and the signaling circuit is configured to signalize the restriction of the power output to a peripheral device . - at least one voltage monitoring device , and - at least one interface control device including a signaling circuit ,
Computer-implemented method for transmitting data from a first computer to a second computer using a first protocol , wherein the first computer belongs to a first computer group and the second computer belongs to a second computer group , wherein inter-group communication is restricted to communicating data packets that only contain first type data (alpha, beta), the method being implemented on the first computer , with the following steps: by a client module of the first computer , providing data packets that contain first type data (alpha) and second type data (β); by an intermediate module of the first computer , receiving the data packets from the client module ; by the intermediate module , forwarding the data packets to a modifier module of an auxiliary computer , using a second protocol , wherein the auxiliary computer also belongs to the first computer group ; by the intermediate module , receiving modified data packets from the modifier module of the auxiliary computer , using the second protocol , wherein the modified data packets contain data of first type data (alpha, beta) only; by the intermediate module , forwarding the modified data packets to a protocol module on the first computer ; by the protocol module , encoding the modified data packets to encoded modified data packets ; and by the protocol module , transmitting the encoded modified data packets to the second computer , using the first protocol , wherein the following steps are executed prior to providing data packets : determining the identification of the protocol module ; deploying the intermediate module under the identification of the protocol module ; and changing the identification of the protocol module . by a client module of the first computer , providing data packets that contain first type data (alpha) and second type data (β); by an intermediate module of the first computer , receiving the data packets from the client module ; by the intermediate module , forwarding the data packets to a modifier module of an auxiliary computer , using a second protocol , wherein the auxiliary computer also belongs to the first computer group ; by the intermediate module , receiving modified data packets from the modifier module of the auxiliary computer , using the second protocol , wherein the modified data packets contain data of first type data (alpha, beta) only; by the intermediate module , forwarding the modified data packets to a protocol module on the first computer ; by the protocol module , encoding the modified data packets to encoded modified data packets ; and by the protocol module , transmitting the encoded modified data packets to the second computer , using the first protocol , wherein the following steps are executed prior to providing data packets : determining the identification of the protocol module ; deploying the intermediate module under the identification of the protocol module ; and changing the identification of the protocol module .
A pharmaceutically acceptable salt of a compound of Formula I: wherein: Y 6 , Y 7 and Y 8 are each hydrogen and the compound (Cmpd) is that set forth in the table below: Cmpd Y1 Each Y2 Each Y3 Y4 each Y5 111 H D D H H wherein when a position is designated specifically as "D" that position has at least 90% incorporation of deuterium, any atom not designated as "D" (deuterium) is present at its natural isotopic abundance, and wherein the salt is selected from sulfate, pyrosulfate, bisulfate, sulfite, bisulfate, phosphate, monohydrogenphosphate, dihydrogenphosphate, metaphosphate, pyrophosphate, chloride, bromide, iodide, acetate, propionate, decanoate, caprylate, acrylate, formate, isobutyrate, caprate, heptanoate, propiolate, oxalate, malonate, succinate, suberate, sebacate, fumarate, maleate, butyne-1,4-dioate, hexyne-1,6-dioate, benzoate, chlorobenzoate, methylbenzoate, dinitrobenzoate, hydroxybenzoate, methoxybenzoate, phthalate, terephthalate, sulfonate, xylene sulfonate, phenylacetate, phenylpropionate, phenylbutyrate, citrate, lactate, 3-hydroxybutyrate, glycolate, maleate, tartrate, methanesulfonate, propanesulfonate, naphthalene-1-sulfonate, naphthalene-2-sulfonate, and mandelate. wherein when a position is designated specifically as "D" that position has at least 90% incorporation of deuterium, any atom not designated as "D" (deuterium) is present at its natural isotopic abundance, and wherein the salt is selected from sulfate, pyrosulfate, bisulfate, sulfite, bisulfate, phosphate, monohydrogenphosphate, dihydrogenphosphate, metaphosphate, pyrophosphate, chloride, bromide, iodide, acetate, propionate, decanoate, caprylate, acrylate, formate, isobutyrate, caprate, heptanoate, propiolate, oxalate, malonate, succinate, suberate, sebacate, fumarate, maleate, butyne-1,4-dioate, hexyne-1,6-dioate, benzoate, chlorobenzoate, methylbenzoate, dinitrobenzoate, hydroxybenzoate, methoxybenzoate, phthalate, terephthalate, sulfonate, xylene sulfonate, phenylacetate, phenylpropionate, phenylbutyrate, citrate, lactate, 3-hydroxybutyrate, glycolate, maleate, tartrate, methanesulfonate, propanesulfonate, naphthalene-1-sulfonate, naphthalene-2-sulfonate, and mandelate.
A tire tread that comprises a rubber composition comprising: - a reinforcing filler; - more than 35 phr of a liquid plasticizer exhibiting a Tg of less than -65°C; - a crosslinking system; - an elastomer matrix reactive to the crosslinking system, the elastomer matrix comprising an elastomer A comprising monomer units of a first methacrylic acid ester which represent at least 20 mol% of the monomer units of the elastomer A, wherein phr represents parts by weight per hundred parts of elastomers present in the elastomer matrix, and wherein the Tg is measured by means of differential calorimeter according to the standard ASTM D3418-08. - a reinforcing filler; - more than 35 phr of a liquid plasticizer exhibiting a Tg of less than -65°C; - a crosslinking system; - an elastomer matrix reactive to the crosslinking system, the elastomer matrix comprising an elastomer A comprising monomer units of a first methacrylic acid ester which represent at least 20 mol% of the monomer units of the elastomer A, wherein phr represents parts by weight per hundred parts of elastomers present in the elastomer matrix, and wherein the Tg is measured by means of differential calorimeter according to the standard ASTM D3418-08.
A three-way valve for flow rate control, comprising: a valve main body including a valve seat , the valve seat having a columnar space and having a first valve port , which allows inflow of a first fluid and has a rectangular cross section, and a second valve port , which allows inflow of a second fluid and has a rectangular cross section; a valve body being provided in a freely rotatable manner in the valve seat of the valve main body so as to simultaneously switch the first valve port from a closed state to an opened state and switch the second valve port from an opened state to a closed state, the valve body being formed into a half-cylindrical shape having a predetermined central angle and being formed into a curved-surface shape at each of both end surfaces of the valve body in a circumferential direction; and a drive configured to drive the valve body to rotate, characterized in that a cross section of each of both end portions of the valve body in the circumferential direction, which is taken along a direction intersecting the rotation axis, is formed into a curved shape obtained by smoothly connecting a first curved portion, which is positioned on an outer peripheral surface side of the valve body , and a second curved portion, which is positioned on an inner peripheral side of the valve body and has a curvature radius smaller than that of the first curved portion. a valve main body including a valve seat , the valve seat having a columnar space and having a first valve port , which allows inflow of a first fluid and has a rectangular cross section, and a second valve port , which allows inflow of a second fluid and has a rectangular cross section; a valve body being provided in a freely rotatable manner in the valve seat of the valve main body so as to simultaneously switch the first valve port from a closed state to an opened state and switch the second valve port from an opened state to a closed state, the valve body being formed into a half-cylindrical shape having a predetermined central angle and being formed into a curved-surface shape at each of both end surfaces of the valve body in a circumferential direction; and a drive configured to drive the valve body to rotate, characterized in that a cross section of each of both end portions of the valve body in the circumferential direction, which is taken along a direction intersecting the rotation axis, is formed into a curved shape obtained by smoothly connecting a first curved portion, which is positioned on an outer peripheral surface side of the valve body , and a second curved portion, which is positioned on an inner peripheral side of the valve body and has a curvature radius smaller than that of the first curved portion.
Seal assembly for sealing a pump shaft in a rotary piston pump configured for conveying pump-conveyed fluid, comprising: - a sealing-fluid pump device having a pump inlet and a pump outlet - a blocking chamber which is connected to the pump outlet , is disposed adjacent to the pump chamber of the rotary piston pump and is sealed with respect to the pump chamber by means of a first shaft seal which encloses the pump shaft , wherein the blocking chamber is pressurised, via the pump outlet , with a fluid pressure resulting from the fluid pressure difference generated by the sealing-fluid pump device , and seals, by means of the interaction of this fluid pressure with the first shaft seal, the pump chamber to prevent the egress of pump-conveyed fluid from the pump chamber along the pump shaft , characterised in that the sealing-fluid pump device is configured, when a predetermined fluid pressure in the blocking chamber is exceeded, to enable the passage of fluid from the pump outlet to the pump inlet and thus to establish an egress of fluid from the blocking chamber through the sealing-fluid pump device . - a sealing-fluid pump device having a pump inlet and a pump outlet - a blocking chamber which is connected to the pump outlet , is disposed adjacent to the pump chamber of the rotary piston pump and is sealed with respect to the pump chamber by means of a first shaft seal which encloses the pump shaft ,
A connection assembly comprising an accommodation part , a stopper ring , and a shaft section having a plurality of axial abutments able to prevent axial displacement of the ring when the latter is disposed around said section; the accommodation part having a bore to receive the shaft section; the ring consisting mainly of two half-rings movable relative to each other, each half-ring having a first end and a second end; the assembly including retaining means able, when the ring is placed in a mounted position around said section and retained axially by said axial abutments , to prevent the first end of a first of said half-rings and the first end of the second of said half-rings from moving apart from each other along a circumferential direction; the ring preventing in the mounted position a relative displacement along an axial direction (X) of the shaft section relative to the accommodation part ; the connection assembly being arranged such that in the mounted position, the ring is interposed between the shaft section and the accommodation part and is held radially against the shaft section by the accommodation part ; the connection assembly being characterized in that the retaining means are arranged to hold the first ends of the half rings, while the second ends are free.
A method, comprising: determining features of a dendritic structure associated with a dendritic structure tag attached to an article , wherein the features comprise an origin of the dendritic structure, a branch point of the dendritic structure, or a termination point of a branch of the dendritic structure; and determining the identity of the article based on the features, wherein determining the identity of the article based on the features comprises accessing a database, and comparing the features to reference information for a plurality of dendritic structures, wherein the database comprises a set of records, each record comprising reference information, wherein the reference information comprises identifying features associated with a respective dendritic structure tag and the identity of the article attached to the respective dendritic structure tag. determining features of a dendritic structure associated with a dendritic structure tag attached to an article , wherein the features comprise an origin of the dendritic structure, a branch point of the dendritic structure, or a termination point of a branch of the dendritic structure; and determining the identity of the article based on the features, wherein determining the identity of the article based on the features comprises accessing a database, and comparing the features to reference information for a plurality of dendritic structures, wherein the database comprises a set of records, each record comprising reference information, wherein the reference information comprises identifying features associated with a respective dendritic structure tag and the identity of the article attached to the respective dendritic structure tag. accessing a database, and comparing the features to reference information for a plurality of dendritic structures, wherein the database comprises a set of records, each record comprising reference information, wherein the reference information comprises identifying features associated with a respective dendritic structure tag and the identity of the article attached to the respective dendritic structure tag.
A vacuum pump , in particular a turbomolecular pump or a backing pump for a turbomolecular pump, including at least one pump mechanism (38, 40; 46, 48, 50, 52) for pumping a gas through the vacuum pump with a pump rotor and a rotor shaft , and an electric motor , in particular configured as a synchronous motor, for driving the pump mechanism (38, 40; 46, 48, 50, 52), wherein the electric motor comprises a stator and an electric motor rotor rotating about a rotational axis and co-operating with the stator , wherein the electric motor rotor comprises a core formed of at least one stack of steel sheet members and permanent magnets which are arranged around the rotational axis in the interior of the core, wherein the core formed of at least one stack of steel sheet members has a receiving opening for the accommodation with positive locking of the electric motor rotor , and wherein the rotor shaft has a section on which the at least one stack of steel sheet members is arranged and which has a shape matched to the receiving opening , and the receiving opening is formed to be rotationally symmetric and the vacuum pump is characterised in that the receiving opening , which is for accommodating the rotor shaft and which is arranged in the at least one stack of steel sheet members , has a shape differing from a complete circle, in that the receiving opening has a polygonal shape, and in that the at least one laminated stack is fixed on the rotor shaft by at least one spring and/or by at least one spring washer .
A water heater system for heating applications and domestic hot water supply comprising a storage container filled with a heat transfer fluid such as water, wherein said storage container comprises in its top portion a first inlet port for mains water supply and a first outlet port for domestic hot water supply , the system further comprising a pipe-in-pipe heat exchanger disposed in the storage container for transferring heat energy to the heat transfer fluid, said pipe-in-pipe heat exchanger comprising an inner pipe defining a flow circuit and an outer pipe, the system further comprising a counterflow circuit provided with a circulator to generate a counterflow in the heat exchanger , said counter circuit being also provided with a three-way valve for adjusting the desired temperature for hot water domestic supply, wherein the three-way valve of the counterflow circuit is for regulating the flow of hot water in the counterflow circuit in order to achieve the desired hot water temperature at the first outlet port , wherein the circulator is for drawing the hot heat transfer fluid contained in the storage container in the counterflow circuit and returning said hot heat transfer fluid to the outer pipe of the heat excahnger at its upper part, and wherein the inner pipe of the heat exchanger is connected to the first inlet port from which cold water mains supply is delivered to the inner pipe of the heat exchanger , wherein the inner pipe is first in the storage container for heating the cold water of the inner pipe by convective heat transfer from the heat transfer fluid contained in the storage container , whereby said inner pipe then enters said outer pipe of the heat exchanger and ends to the first outlet port for domestic hot water supply , wherein the first outlet port is for delivering hot water from the inner pipe at the desired temperature, wherein the outer pipe of the heat exchanger is for circulating, in counterflow to the inner pipe, hot water that has been drawn from the storage container so that the water of the inner pipe of the heat exchanger can be further heated by heat transfer from the heat transfer fluid of the outer pipe of the heat exchanger , and further said system comprises a control unit for controlling the flow of the heat transfer fluid throughout the system and for controlling the operation of the water heater system, wherein the control unit is configured to control the three-way valve and/or the circulator to regulate the supply of hot water in the counterflow circuit in order to obtain said desired temperature for consumption at the first outlet port , wherein the three-way valve is configured to lead the heat transfer fluid from the storage container to the circulator or to lead the heat transfer fluid from the circulator back to the circulator .
A display device (DD) comprising: a display panel (DP) configured to display an image; and a light blocking layer (BM) over the display panel (DP), wherein the display panel (DP) comprises: a base layer (BL); and an element layer (DP_ED) over the base layer (BL), the element layer (DP_ED) comprising a light emitting element (ED), a light receiving element (OPD), and an element defining film (PDL) between the light emitting element (ED) and the light receiving element (OPD), and wherein the light blocking layer (BM) comprises: a light blocking portion (SHP) overlapping with the element defining film (PDL) in a plan view, the light blocking portion (SHP) having a first light blocking opening (B_OP1g) overlapping with the light emitting element (ED), and a second light blocking opening (B_OP2) overlapping with the light receiving element (OPD); and a protrusion (PJP) protruding from the light blocking portion (SHP) toward the element defining film (PDL). a display panel (DP) configured to display an image; and a light blocking layer (BM) over the display panel (DP), wherein the display panel (DP) comprises: a base layer (BL); and an element layer (DP_ED) over the base layer (BL), the element layer (DP_ED) comprising a light emitting element (ED), a light receiving element (OPD), and an element defining film (PDL) between the light emitting element (ED) and the light receiving element (OPD), and a base layer (BL); and an element layer (DP_ED) over the base layer (BL), the element layer (DP_ED) comprising a light emitting element (ED), a light receiving element (OPD), and an element defining film (PDL) between the light emitting element (ED) and the light receiving element (OPD), and wherein the light blocking layer (BM) comprises: a light blocking portion (SHP) overlapping with the element defining film (PDL) in a plan view, the light blocking portion (SHP) having a first light blocking opening (B_OP1g) overlapping with the light emitting element (ED), and a second light blocking opening (B_OP2) overlapping with the light receiving element (OPD); and a protrusion (PJP) protruding from the light blocking portion (SHP) toward the element defining film (PDL). a light blocking portion (SHP) overlapping with the element defining film (PDL) in a plan view, the light blocking portion (SHP) having a first light blocking opening (B_OP1g) overlapping with the light emitting element (ED), and a second light blocking opening (B_OP2) overlapping with the light receiving element (OPD); and a protrusion (PJP) protruding from the light blocking portion (SHP) toward the element defining film (PDL).
An aerosol-generating article comprising: a rod of aerosol-generating substrate having a length of between 8 mm and 16 mm; an upstream element provided upstream of the rod of aerosol-generating substrate , the upstream element having an external diameter of between 6 mm and 8 mm; a hollow tubular element provided downstream of the rod of aerosol-generating substrate , wherein an internal volume defined by the hollow tubular element is at least 300 cubic millimetres; and a ventilation zone for providing ventilation into the aerosol-generating article , the ventilation zone being located between 12 mm and 20 mm upstream from the downstream end of the aerosol-generating article . a rod of aerosol-generating substrate having a length of between 8 mm and 16 mm; an upstream element provided upstream of the rod of aerosol-generating substrate , the upstream element having an external diameter of between 6 mm and 8 mm; a hollow tubular element provided downstream of the rod of aerosol-generating substrate , wherein an internal volume defined by the hollow tubular element is at least 300 cubic millimetres; and a ventilation zone for providing ventilation into the aerosol-generating article , the ventilation zone being located between 12 mm and 20 mm upstream from the downstream end of the aerosol-generating article .