mhurhangee/patent-ind-claim-en huggingface dataset:
A control method of a refrigerator adopting a linear compressor, comprising: monitoring the temperature of an evaporator of the refrigerator; and if the current temperature of the evaporator of the refrigerator is greater than or equal to a first preset temperature threshold, then invoking a noise reduction mode to actively reduce the heat exchange amount between the evaporator and a compartment of the refrigerator until the current temperature of the evaporator of the refrigerator is smaller than or equal to a second preset temperature threshold, and invoking a cooling mode to resume the normal heat exchange between the evaporator and the compartment of the refrigerator, wherein the first preset temperature threshold is higher than the second preset temperature threshold; characterized by further comprising: in the noise reduction mode, controlling the linear compressor to turn on or turn off according to the temperature in the compartment of the refrigerator, collecting an ambient temperature with a temperature sensor outside the refrigerator compartment, dividing ambient temperature into a plurality of consecutive intervals, setting operation parameters of the linear compressor corresponding to each interval, and operating the linear compressor according to the corresponding operation parameters. monitoring the temperature of an evaporator of the refrigerator; and if the current temperature of the evaporator of the refrigerator is greater than or equal to a first preset temperature threshold, then invoking a noise reduction mode to actively reduce the heat exchange amount between the evaporator and a compartment of the refrigerator until the current temperature of the evaporator of the refrigerator is smaller than or equal to a second preset temperature threshold, and invoking a cooling mode to resume the normal heat exchange between the evaporator and the compartment of the refrigerator, wherein the first preset temperature threshold is higher than the second preset temperature threshold; characterized by further comprising: in the noise reduction mode, controlling the linear compressor to turn on or turn off according to the temperature in the compartment of the refrigerator, collecting an ambient temperature with a temperature sensor outside the refrigerator compartment, dividing ambient temperature into a plurality of consecutive intervals, setting operation parameters of the linear compressor corresponding to each interval, and operating the linear compressor according to the corresponding operation parameters.
A device including a case and a feedthrough seal apparatus , the case surrounding an interior space and including an opening therein to allow access to the interior space from an exterior of the case , the feedthrough seal apparatus comprising: a plug disposed within the opening of the case , wherein the plug is formed from a polymeric material and optionally an adhesive material; a ferrule attached to the case and disposed within the opening , wherein the plug is affixed within the ferrule ; and a lead wire including a first end and a second end , the lead wire extending through the plug , such that the first end of the lead wire is disposed within the interior space of the case and the second end extends from the plug to the exterior of the case , wherein the lead wire is configured to allow electrical communication between the interior space of the case and the exterior of the case , and wherein the feedthrough seal apparatus is configured to seal the opening in the case , the plug being configured to electrically insulate the lead wire from the case ; characterised in that the polymeric material of the plug includes a thermoplastic polymeric material configured to be thermally joined to the lead wire with heating of the thermoplastic polymeric material, thereby affixing the plug to the lead wire ; and in that the lead wire includes an adhesion feature configured to enhance adhesion between the lead wire and the plug , wherein the adhesion feature includes one or more of a bent portion of the lead wire , a textured surface , and a porous surface . a plug disposed within the opening of the case , wherein the plug is formed from a polymeric material and optionally an adhesive material; a ferrule attached to the case and disposed within the opening , wherein the plug is affixed within the ferrule ; and a lead wire including a first end and a second end , the lead wire extending through the plug , such that the first end of the lead wire is disposed within the interior space of the case and the second end extends from the plug to the exterior of the case , wherein the lead wire is configured to allow electrical communication between the interior space of the case and the exterior of the case , and wherein the feedthrough seal apparatus is configured to seal the opening in the case , the plug being configured to electrically insulate the lead wire from the case ; characterised in that the polymeric material of the plug includes a thermoplastic polymeric material configured to be thermally joined to the lead wire with heating of the thermoplastic polymeric material, thereby affixing the plug to the lead wire ; and in that the lead wire includes an adhesion feature configured to enhance adhesion between the lead wire and the plug , wherein the adhesion feature includes one or more of a bent portion of the lead wire , a textured surface , and a porous surface .
An ink jet ink composition for textile printing comprising: a crosslinking component having a blocked isocyanate group; a pigment; and water, characterised in that the ink jet ink composition further comprises: tertiary amine; and at least one carboxylic acid selected from the group consisting of monocarboxylic acid, dicarboxylic acid, and tricarboxylic acid. a crosslinking component having a blocked isocyanate group; a pigment; and water, characterised in that the ink jet ink composition further comprises: tertiary amine; and at least one carboxylic acid selected from the group consisting of monocarboxylic acid, dicarboxylic acid, and tricarboxylic acid. tertiary amine; and at least one carboxylic acid selected from the group consisting of monocarboxylic acid, dicarboxylic acid, and tricarboxylic acid.
A dust cover for a ball joint to be mounted on a ball joint in which a knuckle of pinch bolt type having a knuckle groove is fastened and fixed to a shaft of a ball stud , the dust cover for a ball joint comprising: a dust cover body made of a rubber elastic material; and an annular plate member that is configured to be interposed between the dust cover body and the knuckle , wherein in the dust cover body , a reinforcement ring is disposed in a stud mounting part that is configured to be mounted on an outer peripheral surface of the shaft , and on an inner peripheral side of the reinforcement ring , an annular step is formed having a shape of being cut out at a certain depth from the knuckle side, the plate member includes a plate body and an annular sealing part , the annular sealing part , being made of a rubber elastic material, disposed on an inner peripheral side of the plate body , and is configured to be accommodated in the annular step of the dust cover body , and in an outer periphery of the plate body , a plurality of cut parts are formed, so that outer peripheral petal parts are formed between adjacent cut parts configured to be bent so as to engage with a knuckle groove . a dust cover body made of a rubber elastic material; and an annular plate member that is configured to be interposed between the dust cover body and the knuckle , wherein in the dust cover body , a reinforcement ring is disposed in a stud mounting part that is configured to be mounted on an outer peripheral surface of the shaft , and on an inner peripheral side of the reinforcement ring , an annular step is formed having a shape of being cut out at a certain depth from the knuckle side, the plate member includes a plate body and an annular sealing part , the annular sealing part , being made of a rubber elastic material, disposed on an inner peripheral side of the plate body , and is configured to be accommodated in the annular step of the dust cover body , and in an outer periphery of the plate body , a plurality of cut parts are formed, so that outer peripheral petal parts are formed between adjacent cut parts configured to be bent so as to engage with a knuckle groove .
A gas turbine engine comprising: a fan bypass duct ; a spool ; and a pump system for a thermal management system, said pump system comprising: an air intake for receiving air from a supply of air; an impeller having an intake for receiving said air and an outlet for discharging said air; a discharge manifold having two heat exchangers incorporated therein which forms part of said thermal management system; wherein said discharge manifold has an outlet for discharging air into the bypass duct of the engine , and wherein each of said heat exchangers comprises an air oil cooler; characterised in that the pump system further comprises a towershaft for driving said impeller, wherein said towershaft is driven by the spool of the engine ; said spool being a mid-spool configured to couple a mid-pressure compressor to a mid-pressure turbine section. a fan bypass duct ; a spool ; and a pump system for a thermal management system, said pump system comprising: an air intake for receiving air from a supply of air; an impeller having an intake for receiving said air and an outlet for discharging said air; a discharge manifold having two heat exchangers incorporated therein which forms part of said thermal management system; wherein said discharge manifold has an outlet for discharging air into the bypass duct of the engine , and wherein each of said heat exchangers comprises an air oil cooler; characterised in that the pump system further comprises a towershaft for driving said impeller, wherein said towershaft is driven by the spool of the engine ; said spool being a mid-spool configured to couple a mid-pressure compressor to a mid-pressure turbine section. an air intake for receiving air from a supply of air; an impeller having an intake for receiving said air and an outlet for discharging said air; a discharge manifold having two heat exchangers incorporated therein which forms part of said thermal management system; wherein said discharge manifold has an outlet for discharging air into the bypass duct of the engine , and wherein each of said heat exchangers comprises an air oil cooler; characterised in that the pump system further comprises a towershaft for driving said impeller, wherein said towershaft is driven by the spool of the engine ; said spool being a mid-spool configured to couple a mid-pressure compressor to a mid-pressure turbine section.
A process for synthesising a compound according to Formula , comprising reacting acrylonitrile, fuming sulfuric acid and isobutene in a suitable solvent; wherein the isobutene has at least 90 wt.% bio-based carbon content, relative to the total mass of carbon in isobutene, measured according to standard ASTM D6866-12, Method B and/or wherein the acrylonitrile has at least 90 wt.% bio-based carbon content, relative to the total mass of carbon in acrylonitrile, measured according to standard ASTM D6866-12, Method B; and wherein X + is a proton.
Tube rail cart which is intended to be able to move forward on a pair of tube rails of a tube rail system , for example of a greenhouse, whereby the tube rail cart is provided with a pair of front wheels and a pair of rear wheels , wherein both the front wheels and the rear wheels of the tube rail cart are provided with an axial wheel section with a small diameter (D 1 , D 2 ) and an axial wheel section with a big diameter (D 3 , D 4 ), characterized in that the tube rail cart is provided with a device for determining a condition (I-IV, TC-I, TC-II) of the tube rail cart , which at least comprises the following elements: - a measurement unit for measuring the rotational speed (ω 1 ) of one of the front wheels or a parameter related to said rotational speed (ω 1 ); - a measurement unit for measuring the rotational speed (ω 2 ) of one of the rear wheels or a parameter related to said rotational speed (ω 2 ); - a calculation unit for converting the measured rotational speeds (ω 1 , ω 2 ) to a determination parameter (P); and, - a determination unit which is configured to determine the relevant condition (I - IV or TC-I or TC-II) of the tube rail cart based on the calculated determination parameter (P) and which more specifically is configured to determine on which axial section (24 to 27) of the front wheels and the rear wheels , the tube rail cart supports when moving forward. - a measurement unit for measuring the rotational speed (ω 1 ) of one of the front wheels or a parameter related to said rotational speed (ω 1 ); - a measurement unit for measuring the rotational speed (ω 2 ) of one of the rear wheels or a parameter related to said rotational speed (ω 2 ); - a calculation unit for converting the measured rotational speeds (ω 1 , ω 2 ) to a determination parameter (P); and, - a determination unit which is configured to determine the relevant condition (I - IV or TC-I or TC-II) of the tube rail cart based on the calculated determination parameter (P) and which more specifically is configured to determine on which axial section (24 to 27) of the front wheels and the rear wheels , the tube rail cart supports when moving forward.
A washer for a system for measuring an axial force in a screw connection , the washer consisting of an electrically conductive first plate , an electrically conductive second plate , and of an electrically nonconducting insulating layer , which is arranged between the first plate and the second plate and connects the first plate to the second plate to form a plate capacitor , and which is elastically deformable under the action of force, characterized in that an electrically insulating protective layer is arranged in each case on a surface , facing away from the insulating layer , of the first plate and of the second plate , in that a central through-opening is provided in the plate capacitor , in that a first insulating ring is assigned to the first plate in the region of the through-opening and a second insulating ring is assigned to the second plate in the region of the through-opening , and in that the first insulating ring is axially spaced apart from the second insulating ring .
A communication device of a wireless local area network, WLAN, comprising: circuitry configured to: receive a physical layer, PHY, header of a frame including information for identifying direct link communication from a transmitting device; determine whether the communication device is a target of data communication subsequent to the PHY header based on the information, before reading a media access control, MAC, header of the frame in association with the PHY header; and receive the MAC header and a portion of the frame subsequent to the PHY header, when the communication device is the target of data communication subsequent to the PHY header; wherein the direct link communication comprises communication between WLAN stations, STA. receive a physical layer, PHY, header of a frame including information for identifying direct link communication from a transmitting device; determine whether the communication device is a target of data communication subsequent to the PHY header based on the information, before reading a media access control, MAC, header of the frame in association with the PHY header; and receive the MAC header and a portion of the frame subsequent to the PHY header, when the communication device is the target of data communication subsequent to the PHY header; wherein the direct link communication comprises communication between WLAN stations, STA.
A random access responding method in a wireless communication system using beamforming, comprising: receiving at least two random access preambles before responding to random access of a terminal device, wherein each of the at least two random access preambles comprises at least one sequence; or receiving one random access preamble before responding to random access of a terminal device, wherein the one random access preamble comprises at least two sequences; checking for the sequences in the received random access preambles; and responding to a successfully detected sequence or a random access preamble that comprises a successfully detected sequence; characterized in that the method further comprises: responding, through at least two downlink transmissions, to the successfully detected sequence or the random access preamble that comprises a successfully detected sequence. receiving at least two random access preambles before responding to random access of a terminal device, wherein each of the at least two random access preambles comprises at least one sequence; or receiving one random access preamble before responding to random access of a terminal device, wherein the one random access preamble comprises at least two sequences; checking for the sequences in the received random access preambles; and responding to a successfully detected sequence or a random access preamble that comprises a successfully detected sequence; characterized in that the method further comprises: responding, through at least two downlink transmissions, to the successfully detected sequence or the random access preamble that comprises a successfully detected sequence.
A bellows for protecting internal components of a disc brake for a motor vehicle, the bellows characterized in that it comprises: a first layer of flexible thermal insulation material; and a first elastomer layer formed on a first surface of the first layer of flexible thermal insulation material, wherein a second surface of the first layer of flexible thermal insulation material opposing the first surface faces a heat source of the disc brake wherein a second surface of the first elastomer layer faces the internal caliper components. a first layer of flexible thermal insulation material; and a first elastomer layer formed on a first surface of the first layer of flexible thermal insulation material, wherein a second surface of the first layer of flexible thermal insulation material opposing the first surface faces a heat source of the disc brake wherein a second surface of the first elastomer layer faces the internal caliper components.
A bill softness recognition method, comprising: receiving bills; extracting and separating the bills to make the bills enter a bill channel in a separated manner; capturing a single-bill image and a bill background image of each of the extracted bills; rolling the extracted bill to make the bill press a plurality of prearranged force sensors; acquiring effective force signals fed back from the force sensors; acquiring an inclination angle of the bill based on the single-bill image and the bill background image; determining, based on the inclination angle, the force sensor that is pressed by the bill as an effective force sensor; and judging whether the effective force signal of the effective force sensor meets a preset softness condition, and determining the bill as a soft bill if the effective force signal meets the preset softness condition. receiving bills; extracting and separating the bills to make the bills enter a bill channel in a separated manner; capturing a single-bill image and a bill background image of each of the extracted bills; rolling the extracted bill to make the bill press a plurality of prearranged force sensors; acquiring effective force signals fed back from the force sensors; acquiring an inclination angle of the bill based on the single-bill image and the bill background image; determining, based on the inclination angle, the force sensor that is pressed by the bill as an effective force sensor; and judging whether the effective force signal of the effective force sensor meets a preset softness condition, and determining the bill as a soft bill if the effective force signal meets the preset softness condition.
A catalyst composition, expressed in elemental form, having a formula (R p ) i (M t ) a (L u ) b (S v ) d (C w ) e (H x ) f (O y ) g (N z ) h , wherein the formula refers to the catalyst solids, constituting the catalyst slurry in oil, wherein R is optional, R is at least a lanthanoid element metal or an alkaline earth metal; M is at least a "d" block element metal; L is at least a "d" block element metal different from the "d" block element metal M; 0 < = i < = 1 ; 0 < b / a = < 5 , 0.5 a + b < = d < = 5 a + b , 0 < e < = 11 a + b , 0 < f < = 7 a + b , 0 < g < = 5 a + b , 0 < h < = 2 a + b , p, t, u, v, w, x, y, z, each representing total charge for each of: M, L, S, C, H, O and N, respectively, wherein p i +t a +u b +v d +w e +x j +y g +z h= 0; wherein the catalyst has an X-ray powder diffraction pattern with at least three diffraction peaks located at 2-θ angles of greater than 25°; and wherein M or L is iron and the other of M or L is selected from zinc, titanium, manganese, copper, nickel, and cobalt. R is optional, R is at least a lanthanoid element metal or an alkaline earth metal; M is at least a "d" block element metal; L is at least a "d" block element metal different from the "d" block element metal M; 0 < = i < = 1 ; 0 < b / a = < 5 , 0.5 a + b < = d < = 5 a + b , 0 < e < = 11 a + b , 0 < f < = 7 a + b , 0 < g < = 5 a + b , 0 < h < = 2 a + b , p, t, u, v, w, x, y, z, each representing total charge for each of: M, L, S, C, H, O and N, respectively, wherein p i +t a +u b +v d +w e +x j +y g +z h= 0; wherein the catalyst has an X-ray powder diffraction pattern with at least three diffraction peaks located at 2-θ angles of greater than 25°; and wherein M or L is iron and the other of M or L is selected from zinc, titanium, manganese, copper, nickel, and cobalt. p, t, u, v, w, x, y, z, each representing total charge for each of: M, L, S, C, H, O and N, respectively, wherein p i +t a +u b +v d +w e +x j +y g +z h= 0; wherein the catalyst has an X-ray powder diffraction pattern with at least three diffraction peaks located at 2-θ angles of greater than 25°; and wherein M or L is iron and the other of M or L is selected from zinc, titanium, manganese, copper, nickel, and cobalt.
A method for non-invasively calculating a marker indicating possibly increased intracranial pressure of a patient, the method comprising: locating the patient's optic nerve sheath; using a transducer device, quantifying pulsatile dynamics of the optic nerve sheath by monitoring dynamic properties of the optic nerve sheath, and/or of nearby regions, based on motion of the optic nerve sheath over a period of time; using the measured dynamic properties to determine a measure of stiffness of the optic nerve sheath; and using the quantified pulsatile dynamics, including the measure of stiffness, to obtain the marker indicating possibly increased intracranial pressure by associating increased stiffness with increased intracranial pressure; wherein the measured dynamic properties are motions of the optic nerve sheath that are caused by cardiac and/or respiratory motion, which are utilised in order to obtain the required dynamic properties. locating the patient's optic nerve sheath; using a transducer device, quantifying pulsatile dynamics of the optic nerve sheath by monitoring dynamic properties of the optic nerve sheath, and/or of nearby regions, based on motion of the optic nerve sheath over a period of time; using the measured dynamic properties to determine a measure of stiffness of the optic nerve sheath; and using the quantified pulsatile dynamics, including the measure of stiffness, to obtain the marker indicating possibly increased intracranial pressure by associating increased stiffness with increased intracranial pressure; wherein the measured dynamic properties are motions of the optic nerve sheath that are caused by cardiac and/or respiratory motion, which are utilised in order to obtain the required dynamic properties.