mhurhangee/patent-ind-claim-en huggingface dataset:
A method of sending a falling body of a falling body viscometer when sending the falling body loaded in a loading unit of a loading holder to a measured substance , the loading unit including a falling body holding mechanism which allows the falling body to be movable with respect to the loading unit using an extruding device while holding the falling body in the loading unit , the extruding device including an extruding pin , whereby the method comprises the following steps: - a first step of setting a standby state in which a part of the falling body advances into a measuring container such that the measured substance infiltrates into a surface of the falling body ; - a second step of maintaining the state of the falling body in the first step for a specified time, characterized in that in a third step the falling body is send out from the loading unit by pressing the falling body using the extruding pin , whereby the standby state of the first step is maintained by suppressing the falling of the falling body by a frictional force which is generated between protrusion formed in an inner peripheral surface of a vertical hole of the loading unit and a peripheral surface of the falling body in the falling body holding mechanism , whereby the extruding pin is operated by a driving device such that an operation of sending the falling body may be performed automatically. - a first step of setting a standby state in which a part of the falling body advances into a measuring container such that the measured substance infiltrates into a surface of the falling body ; - a second step of maintaining the state of the falling body in the first step for a specified time,
A tire in which a groove extending in a tire circumferential direction (TC) is formed in a tread part , wherein a projection extending in a direction intersecting the tire circumferential direction (TC) is provided at a groove bottom of the groove , the projection includes: a first projection part extending from one groove wall forming the groove toward the other groove wall forming the groove , and terminating short of the other groove wall ; and a second projection part extending from the other groove wall toward the one groove wall , and terminating short of the one groove wall , and a terminal part of the first projection part terminating short of the other groove wall is arranged closer to the other groove wall than a terminal part of the second projection part terminating short of the one groove wall making it possible to prevent a gap passing through the projection in the tire circumferential direction (TC) from being formed between the one groove wall and the other groove wall , and wherein an angle formed between an extending direction of the first projection part and the tire circumferential direction (TC), and an angle formed between an extending direction of the second projection part and the tire circumferential direction (TC) are within a range of 10 to 60 degrees. a first projection part extending from one groove wall forming the groove toward the other groove wall forming the groove , and terminating short of the other groove wall ; and a second projection part extending from the other groove wall toward the one groove wall , and terminating short of the one groove wall , and a terminal part of the first projection part terminating short of the other groove wall is arranged closer to the other groove wall than a terminal part of the second projection part terminating short of the one groove wall making it possible to prevent a gap passing through the projection in the tire circumferential direction (TC) from being formed between the one groove wall and the other groove wall , and wherein an angle formed between an extending direction of the first projection part and the tire circumferential direction (TC), and an angle formed between an extending direction of the second projection part and the tire circumferential direction (TC) are within a range of 10 to 60 degrees.
Mobile assembly trolley for transport and positioning of building elements such as plates, beams, poles and blocks, which assembly trolley includes a first frame and wheels or similar on said first frame and including a movable carrying profile and a mostly vertical profile to which the movable carrying profile is rotatably mounted in a first turning joint and a tool holder for securing a tool , which tool holder is rotatably mounted to the movable carrying profile , which carrying profile by a primary displacement design such as a hydraulic cylinder is designed to rotate around the first turning joint by which the tool holder performs a movement in vertical direction and that the tool holder includes a second displacement mechanism including a second displacement design such as a hydraulic cylinder for displacement of the tool holder in horizontal direction wherein the assembly trolley includes a third displacement design such as a hydraulic cylinder designed to tip / turn the tool holder around a horizontal axis system , which third displacement design includes a first movable end which first movable end is connected rotatably to the tool holder and which third displacement design at a part is connected to the movable carrying profile wherein the second displacement mechanism includes a gear construction and the second displacement design such as a hydraulic cylinder for creation of a horizontal displacement of the tool holder and wherein the second displacement design is designed for, by a displacement length L1, to transmit a horizontal displacement to the tool holder by which the tool holder is moved in horizontal direction with a displacement length on L2 where L2 is larger than L1 and wherein the gear construction includes a curved profile composed of at least two profile pieces (16',16") connected in a profile turning joint by which the two profile pieces (16',16") can rotate around the turning joint in relation to each other, which curved profile includes a first end and an opposite second end , and that at least the first end is secured to the displaceable tool holder in a second turning joint , and that the second displacement design includes a first and movable end part , which first end part is rotatably connected to the profile between the profile turning joint and the second turning joint .
An emergency call switching method, characterized in that the method comprises steps of: receiving (S202), by a session border controller SBC, an emergency call request sent from a terminal; sending (S204), by the SBC, the emergency call request to a proxy call session control function P-CSCF network element, so that the P-CSCF network element sends the emergency call request to a public safety answering point PSAP by means of an emergency call session control function E-CSCF network element; receiving (S206), by the SBC, an emergency call switching request sent from the terminal, wherein the emergency call switching request includes an emergency call PS-CS switching request and an emergency call CS-PS switching request; and switching (S208), by the SBC, the emergency call in response to the emergency call switching request, so that the terminal makes the emergency call in a switched network, wherein in the case of the emergency call PS-CS switching request, the switched network is a Circuit Service CS network, and in the case of the emergency call CS-PS switching request, the switched network is a Packet Service PS network. receiving (S202), by a session border controller SBC, an emergency call request sent from a terminal; sending (S204), by the SBC, the emergency call request to a proxy call session control function P-CSCF network element, so that the P-CSCF network element sends the emergency call request to a public safety answering point PSAP by means of an emergency call session control function E-CSCF network element; receiving (S206), by the SBC, an emergency call switching request sent from the terminal, wherein the emergency call switching request includes an emergency call PS-CS switching request and an emergency call CS-PS switching request; and switching (S208), by the SBC, the emergency call in response to the emergency call switching request, so that the terminal makes the emergency call in a switched network, wherein in the case of the emergency call PS-CS switching request, the switched network is a Circuit Service CS network, and in the case of the emergency call CS-PS switching request, the switched network is a Packet Service PS network.
Method for braking a tool spindle of an electric machine tool , comprising the following steps: - determining a locking state of a tool on the tool spindle by means of a sensor arrangement ; - selecting a time braking torque function and/or a maximum braking torque (M B1 , M B2 ) on the basis of the determined locking state; and - braking the tool spindle by means of a brake arrangement according to the selected time braking torque function and/or in such a way that the selected maximum braking torque (M B1 , M B2 ) is not exceeded. - determining a locking state of a tool on the tool spindle by means of a sensor arrangement ; - selecting a time braking torque function and/or a maximum braking torque (M B1 , M B2 ) on the basis of the determined locking state; and - braking the tool spindle by means of a brake arrangement according to the selected time braking torque function and/or in such a way that the selected maximum braking torque (M B1 , M B2 ) is not exceeded.
A die disc for the rotor of a rotary press comprising a plurality of die holes arranged distributed in the peripheral direction of the die disc with dies provided therein and radial holes running between each of two adjacent die holes in which an attachment device is arranged for attaching the dies , characterized in that the attachment devices each comprise two clamping elements arranged opposite each other in a radial hole and a tensioning apparatus, wherein the clamping elements can be braced against each other in a radial direction using the tensioning apparatus, wherein the clamping elements are pressed against the dies adjacent to the radial hole , and means are provided for securing against rotation that prevent at least one clamping element from rotating in the radial hole , wherein the means for securing against rotation each comprise a projection formed on the clamping element or the radial hole and a groove formed on the other one of clamping element or radial hole that runs in the direction of insertion of the clamping element into the radial hole , wherein the projection engages in the groove such that rotation of the clamping element in the radial hole is prevented.
An ice maker , comprising: a tray having an ice making space 'S'; a driving unit configured to rotate the tray; and an ice moving member linearly movable within the ice making space upon rotation of the tray to eject ice from the tray, wherein the tray comprises an ice making cylinder having the ice making space, and wherein the ice moving member includes a piston slidably movable within the ice making cylinder in a longitudinal direction of the ice making cylinder, wherein the piston comprises: a head portion slidably coupled to an inner circumferential surface of the ice making cylinder; and a rod portion coupled to the head portion and extending in a moving direction of the piston, wherein the ice moving member further comprises a connecting unit coupled to the rod portion; said ice maker being characterized by a piston guide operably connected to the connecting unit for guiding movement of the connecting unit, wherein the piston guide is formed in an arc shape eccentric from a rotation center of the tray. a tray having an ice making space 'S'; a driving unit configured to rotate the tray; and an ice moving member linearly movable within the ice making space upon rotation of the tray to eject ice from the tray, wherein the tray comprises an ice making cylinder having the ice making space, and wherein the ice moving member includes a piston slidably movable within the ice making cylinder in a longitudinal direction of the ice making cylinder, wherein the piston comprises: a head portion slidably coupled to an inner circumferential surface of the ice making cylinder; and a rod portion coupled to the head portion and extending in a moving direction of the piston, wherein the ice moving member further comprises a connecting unit coupled to the rod portion; said ice maker being characterized by a piston guide operably connected to the connecting unit for guiding movement of the connecting unit, wherein the piston guide is formed in an arc shape eccentric from a rotation center of the tray. a head portion slidably coupled to an inner circumferential surface of the ice making cylinder; and a rod portion coupled to the head portion and extending in a moving direction of the piston, wherein the ice moving member further comprises a connecting unit coupled to the rod portion; said ice maker being characterized by a piston guide operably connected to the connecting unit for guiding movement of the connecting unit, wherein the piston guide is formed in an arc shape eccentric from a rotation center of the tray.
A jib assembly comprising - a support ; - a jib attached pivotally to the support for pivotal movement of the jib in relation to the support about a horizontal axis; and - a first linear hydraulic actuator attached to the support for regulating pivotal movement of the jib and for maintaining the jib in a specific position relative to the support ; characterized in that , the jib assembly further comprises - a lever arm attached unrotatably to the jib ; and - a draw member attached unrotatably to the lever arm and to the jib ; wherein the first linear hydraulic actuator is connected to the draw member so that a force generated by the first linear hydraulic actuator is transmitted to the draw member ; the first linear hydraulic actuator and the draw member are supported by the lever arm ; and the lever arm is arranged to extend in the direction above the jib . - a support ; - a jib attached pivotally to the support for pivotal movement of the jib in relation to the support about a horizontal axis; and - a first linear hydraulic actuator attached to the support for regulating pivotal movement of the jib and for maintaining the jib in a specific position relative to the support ; characterized in that , the jib assembly further comprises - a lever arm attached unrotatably to the jib ; and - a draw member attached unrotatably to the lever arm and to the jib ;
An apparatus for energy-efficient execution of a safety function used for safeguarding a technical installation , comprising: a safety device for detecting a triggering event of the safety function and a processing unit for executing a safety-related reaction of the safety function based on the detection by the safety device , wherein the apparatus is selectively operable in a first operating mode and a second operating mode , and wherein in the first operating mode the safety device and/or the processing unit are configured to operate according to a first quality level, and in the second operating mode the safety device and/or the processing unit are configured to operate according to a second quality level, wherein the second quality level is lower than the first quality level and the safety device and/or the processing unit are operable with a reduced capacity in the second operating mode to save energy, characterized in that a defined safety space, within which the safety function is carried out, is variably adjustable and includes at least a first safety space and a second safety space, wherein the safety device is configured to detect the triggering event in the first safety space and the second safety space, in the first operating mode , and only in the first safety space, in the second operating mode. a safety device for detecting a triggering event of the safety function and a processing unit for executing a safety-related reaction of the safety function based on the detection by the safety device , wherein the apparatus is selectively operable in a first operating mode and a second operating mode , and wherein in the first operating mode the safety device and/or the processing unit are configured to operate according to a first quality level, and in the second operating mode the safety device and/or the processing unit are configured to operate according to a second quality level, wherein the second quality level is lower than the first quality level and the safety device and/or the processing unit are operable with a reduced capacity in the second operating mode to save energy, characterized in that a defined safety space, within which the safety function is carried out, is variably adjustable and includes at least a first safety space and a second safety space, wherein the safety device is configured to detect the triggering event in the first safety space and the second safety space, in the first operating mode , and only in the first safety space, in the second operating mode.
A pressure sensor including a circuit , comprising: a membrane having a sensitivity of less than 4.0 mV/V/1"H 2 O, (approximately 16mV/V/ kPa) wherein mV/V/1"H 2 O means the change in output voltage per unit of supply voltage per inch (1") of hydraulic pressure (H 2 O), wherein unit of the supply voltage is V and unit of the output voltage is mV; two or more sense elements on the membrane connected in a bridge configuration to form a sense bridge , wherein the sense bridge has an output; an amplifier having an input coupled to the output of the sense bridge , the amplifier also having an output wherein the output of the amplifier has a span that is greater than two times the sensitivity wherein in addition to sense bridge , a second bridge or trim bridge is applied to circuit , for trimming sense bridge . a membrane having a sensitivity of less than 4.0 mV/V/1"H 2 O, (approximately 16mV/V/ kPa) wherein mV/V/1"H 2 O means the change in output voltage per unit of supply voltage per inch (1") of hydraulic pressure (H 2 O), wherein unit of the supply voltage is V and unit of the output voltage is mV; two or more sense elements on the membrane connected in a bridge configuration to form a sense bridge , wherein the sense bridge has an output; an amplifier having an input coupled to the output of the sense bridge , the amplifier also having an output wherein the output of the amplifier has a span that is greater than two times the sensitivity wherein in addition to sense bridge , a second bridge or trim bridge is applied to circuit , for trimming sense bridge .
An electrode manufacturing apparatus comprising: a supply part configured to supply a substrate ; a coating part configured to coat at least one surface of the supplied substrate with an electrode layer divided into coated portions , wherein the coated portions are coated with an electrode slurry positioned in two or more regions spaced apart from one another in a direction perpendicular to a direction in which the substrate is supplied, and a non-coated portion positioned between the coated portions ; a drying part configured to dry the electrode slurry to manufacture an electrode film ; and a recovery part configured to recover the electrode film , characterised in that the recovery part comprises: a bobbin around which the electrode film is wound; and a variable ring fitted with the bobbin and configured to be movable in a longitudinal direction of the bobbin , the variable ring positioned to correspond to a position of the non-coated portion . a supply part configured to supply a substrate ; a coating part configured to coat at least one surface of the supplied substrate with an electrode layer divided into coated portions , wherein the coated portions are coated with an electrode slurry positioned in two or more regions spaced apart from one another in a direction perpendicular to a direction in which the substrate is supplied, and a non-coated portion positioned between the coated portions ; a drying part configured to dry the electrode slurry to manufacture an electrode film ; and a recovery part configured to recover the electrode film , a bobbin around which the electrode film is wound; and a variable ring fitted with the bobbin and configured to be movable in a longitudinal direction of the bobbin , the variable ring positioned to correspond to a position of the non-coated portion .
A porous thin film forming method which sequentially stacks a plurality of layers of thin films on a substrate , characterized in that the method comprises: attaching a mixture of a dielectric material which is an oxide or a fluoride and a fluorocarbon resin as a first layer on a substrate ; thereafter attaching only a dielectric material as a second layer on the first layer to form a two-layer thin film on the substrate ; and partly removing the fluorocarbon resin from the first layer by a dry process, at a temperature of 150°C to 350°C, to form a porous thin film. attaching a mixture of a dielectric material which is an oxide or a fluoride and a fluorocarbon resin as a first layer on a substrate ; thereafter attaching only a dielectric material as a second layer on the first layer to form a two-layer thin film on the substrate ; and partly removing the fluorocarbon resin from the first layer by a dry process, at a temperature of 150°C to 350°C, to form a porous thin film.
A formulation comprising a first colloidal dispersion and a second colloidal dispersion, wherein each colloidal dispersion comprises deformable colloidal particles comprising a surfactant and optionally a phospholipid, and wherein one or more of the deformable colloidal particles of the first colloidal dispersion comprise a modified component comprising a first Agent of Interest (AOI), wherein the modified component is a lipid or surfactant covalently bonded to an AOI, such that the entire AOI is outside the particle membrane, and wherein the first AOI is zinc.
A method of operating a mobile device by recognizing a user's gesture, the method performed by the mobile device and comprising: recognizing the user's gesture and circumstance information; generating circumstantial gesture information according to a combination of the recognized gesture and the circumstance information; and executing an application item corresponding to the circumstantial gesture information, wherein the circumstance information includes a time at which the user's gesture is recognized and a location of the mobile device at the time, and is obtained in connection with a Personal Information Management System, PIMS, and wherein the recognizing of the user's gesture comprises sensing the user's gesture and determining a gesture corresponding to the recognized gesture by comparing a sensed gesture to a plurality of gestures that are previously stored in the mobile device . recognizing the user's gesture and circumstance information; generating circumstantial gesture information according to a combination of the recognized gesture and the circumstance information; and executing an application item corresponding to the circumstantial gesture information, wherein the circumstance information includes a time at which the user's gesture is recognized and a location of the mobile device at the time, and is obtained in connection with a Personal Information Management System, PIMS, and wherein the recognizing of the user's gesture comprises sensing the user's gesture and determining a gesture corresponding to the recognized gesture by comparing a sensed gesture to a plurality of gestures that are previously stored in the mobile device .
An aqueous solution composition formulated for mucosal delivery comprising: a) 0.05 mg/ml to 5 mg/ml Ipratropium bromide, b) 0.05 mg/ml to 5 mg/ml Oxymetazoline hydrochloride, and c) Disodium edetate as complex binder, glycerol as humectant, benzalkonium chloride as preservative and a pH adjusting agent, said aqueous solution has a pH range from 4.0 to 7.5. a) 0.05 mg/ml to 5 mg/ml Ipratropium bromide, b) 0.05 mg/ml to 5 mg/ml Oxymetazoline hydrochloride, and c) Disodium edetate as complex binder, glycerol as humectant, benzalkonium chloride as preservative and a pH adjusting agent, said aqueous solution has a pH range from 4.0 to 7.5.