mhurhangee/ep-ind-claims huggingface dataset:
A fiber comprising an olefin polymer composition comprising, based on 100 parts by weight of an olefin polymer, 0.5 to 5 parts by weight of a di-fatty acid ester of a poly (oxyalkylene) diol represented by formula described below and 0.01 to 2.5 parts by weight of a poly(oxyalkylene) sorbitan tri-fatty acid ester wherein the alkylene group of the poly(oxyalkylene) sorbitan tri-fatty acid ester is an ethylene, propylene or butylene group, the number of added oxyalkylene units is from 10 to 40, and wherein the fatty acid is an alkyl or alkylene fatty acid having a carbon number of 12 to 18: R 1 -COO-(C n H 2n O) a -C 6 H 12 -O(C n H 2n O) b -CO-R 2 ··· (Formula 1) wherein R 1 and R 2 represent an alkyl group having a carbon number of 11 to 17 and may be the same or different, n in (C n H 2n O) a and (C n H 2n O) b is an integer of 2 to 4, and a + b is 5 to 23.
A composite terminal comprising: a phone module having a controller for performing cell phone functions including a call originating function and a call terminating function; a Subscriber Identification Module, SIM, for storing information of a subscriber and user data; a Personal Digital Assistant, PDA, module for directly accessing the SIM and reading the information and the data stored in the SIM, the PDA module having a controller for performing personal information management functions including at least one of a schedule management function, a memo function and data management; and an interface for directly connecting the SIM to the PDA module. a phone module having a controller for performing cell phone functions including a call originating function and a call terminating function; a Subscriber Identification Module, SIM, for storing information of a subscriber and user data; a Personal Digital Assistant, PDA, module for directly accessing the SIM and reading the information and the data stored in the SIM, the PDA module having a controller for performing personal information management functions including at least one of a schedule management function, a memo function and data management; and an interface for directly connecting the SIM to the PDA module.
A method of forming a plastic container from a preform and filling the same, the method comprising the steps of: - providing a preform having a body with a finish defined on one end of the preform; - engaging an injection nozzle with the finish to form a first sealed engagement between the injection nozzle and the finish, the first sealed engagement separating an inner volume from an exterior side of the finish; - injecting a liquid blow medium into the preform to expand the body of the preform within a mold thereby simultaneously forming a container and filling the container with the liquid, the method characterized by applying a cooling medium at the exterior side of the finish, the cooling medium being provided at a temperature lower than the temperature of the finish. - providing a preform having a body with a finish defined on one end of the preform; - engaging an injection nozzle with the finish to form a first sealed engagement between the injection nozzle and the finish, the first sealed engagement separating an inner volume from an exterior side of the finish; - injecting a liquid blow medium into the preform to expand the body of the preform within a mold thereby simultaneously forming a container and filling the container with the liquid, the method characterized by applying a cooling medium at the exterior side of the finish, the cooling medium being provided at a temperature lower than the temperature of the finish.
A detergent composition for textile products comprising the following component and component: component: an internal olefin sulfonate having 15 or more and 24 or less carbon atoms and including an internal olefin sulfonate having 15 or more and 24 or less carbon atoms with the sulfonate group at position 5 or higher, wherein the component is an internal olefin sulfonate having 15 or more and 24 or less carbon atoms and including 5% by mass or more and 60% by mass or less, based on component, of an internal olefin sulfonate having 15 or more and 24 or less carbon atoms with the sulfonate group at position 5 or higher, and component: a nonionic surfactant having an HLB of more than 10.5 and 19 or less. component: an internal olefin sulfonate having 15 or more and 24 or less carbon atoms and including an internal olefin sulfonate having 15 or more and 24 or less carbon atoms with the sulfonate group at position 5 or higher, wherein the component is an internal olefin sulfonate having 15 or more and 24 or less carbon atoms and including 5% by mass or more and 60% by mass or less, based on component, of an internal olefin sulfonate having 15 or more and 24 or less carbon atoms with the sulfonate group at position 5 or higher, and component: a nonionic surfactant having an HLB of more than 10.5 and 19 or less.
A method of an electronic device, comprising: displaying, by the electronic device, a first frame captured by a first camera with a first field of view, FOV; detecting, by the electronic device, a first event, wherein the first event causes the electronic device to transition from displaying the first frame to displaying a second frame captured by a second camera with a second FOV; based on the detecting the first event: generating, by the electronic device, a first number of intermediate frames, and displaying, by the electronic device, the second frame, wherein the first number of intermediate frames are displayed after the displaying of the first frame and before the displaying of the second frame, wherein a second number of intermediate frames are generated upon detecting a second event, the second event causing the electronic device to transition from displaying a third frame captured by the second camera to displaying a fourth frame captured by the first camera, and wherein the first number is different from the second number. displaying, by the electronic device, a first frame captured by a first camera with a first field of view, FOV; detecting, by the electronic device, a first event, wherein the first event causes the electronic device to transition from displaying the first frame to displaying a second frame captured by a second camera with a second FOV; based on the detecting the first event: generating, by the electronic device, a first number of intermediate frames, and displaying, by the electronic device, the second frame, wherein the first number of intermediate frames are displayed after the displaying of the first frame and before the displaying of the second frame, wherein a second number of intermediate frames are generated upon detecting a second event, the second event causing the electronic device to transition from displaying a third frame captured by the second camera to displaying a fourth frame captured by the first camera, and wherein the first number is different from the second number. generating, by the electronic device, a first number of intermediate frames, and displaying, by the electronic device, the second frame, wherein the first number of intermediate frames are displayed after the displaying of the first frame and before the displaying of the second frame, wherein a second number of intermediate frames are generated upon detecting a second event, the second event causing the electronic device to transition from displaying a third frame captured by the second camera to displaying a fourth frame captured by the first camera, and wherein the first number is different from the second number.
A method for controlling service functions of a management device, MD, by a control device, CD, in a home network comprising the CD for controlling service functions of an electronic device, ED, connected to the home network and the MD, service functions of which are managed by the CD, the method comprising: sending, to the MD, a request for information on whether an error in at least one service function performed in the MD connected to the home network has occurred; receiving, from the MD, the information on whether the error in the at least one service function performed in the MD connected to the home network has occurred; and transmitting, to the MD, control information for controlling the at least one service function in which the error had occurred, according to information necessary to control the at least one service function, wherein information necessary to control the at least one service function corresponds to information necessary to deactivate the at least one service function, and wherein the at least one service function includes a function of a telephony terminal. sending, to the MD, a request for information on whether an error in at least one service function performed in the MD connected to the home network has occurred; receiving, from the MD, the information on whether the error in the at least one service function performed in the MD connected to the home network has occurred; and transmitting, to the MD, control information for controlling the at least one service function in which the error had occurred, according to information necessary to control the at least one service function, wherein information necessary to control the at least one service function corresponds to information necessary to deactivate the at least one service function, and wherein the at least one service function includes a function of a telephony terminal.
Artificial grass (100, 200, 320), comprising a plurality of artificial fiber filaments (101, 201, 301), a backing (102, 202, 302), and a supplementary backing (103, 203, 303), wherein said artificial fiber filaments (101, 201, 301) extending from said backing (102, 202, 302) comprise a polyolefin material, and a halogen-based fire retardant material, and wherein said supplementary backing is a latex backing comprising a halogen-based fire-retardant material and an aluminium trihydrate additive.
Injector for transcutaneous insertion of a sensor into a patient, having a cannula, a sensor arranged in the cannula, a base element, a sliding element arranged on the base element so as to be displaceable in an injection direction for transcutaneous insertion of the cannula with the sensor into the patient in an injection operation, wherein the cannula has, at least in a proximal region, a slot in a longitudinal direction of the cannula, wherein the injector has a holding element displaceably arranged on the base element in order that, in an ejection operation, the holding element prevents the sensor from being withdrawn when the cannula is withdrawn from the patient, wherein the holding element extends through the slot into the cannula in the region of a distal end of the sensor, wherein holding element and/or base element have at least one fixing means (5b, 5c) so that, in the state in which the cannula has been inserted transcutaneously into the patient, the holding element is automatically indirectly or, preferably, directly lockable on the base element, characterised in that holding element and sensor are configured so as to be separable, preferably being formed as separate units, so that on removal of the injector the holding element is also removed without withdrawal of the sensor. wherein the cannula has, at least in a proximal region, a slot in a longitudinal direction of the cannula, wherein the injector has a holding element displaceably arranged on the base element in order that, in an ejection operation, the holding element prevents the sensor from being withdrawn when the cannula is withdrawn from the patient, wherein the holding element extends through the slot into the cannula in the region of a distal end of the sensor, wherein holding element and/or base element have at least one fixing means (5b, 5c) so that, in the state in which the cannula has been inserted transcutaneously into the patient, the holding element is automatically indirectly or, preferably, directly lockable on the base element, characterised in that holding element and sensor are configured so as to be separable, preferably being formed as separate units, so that on removal of the injector the holding element is also removed without withdrawal of the sensor.
A system for at least one of homogenization and lysis of a sample, the system comprising: a disposable test cartridge system configured to be removably coupled to an analyzer and comprising: a first reservoir; a second reservoir; one or more walls forming an enclosed chamber having an inlet and a plurality of fluidic connections (203a-c), wherein at least one of the one or more walls of the enclosed chamber comprise a thermally controlled surface; a first fluidic network coupled to at least one of the plurality of fluidic connections (203a-c) and configured to introduce at least the sample to the enclosed chamber from the at least one first reservoir; a second fluidic network coupled to at least one of the plurality of fluidic connections (203a-c) and configured to expel at least the sample from the enclosed chamber to the at least one second reservoir; and a rotary element disposed within the enclosed chamber; and an actuator coupled to the rotary element of the disposable test cartridge system and configured to rotate the rotary element about an axis extending along a length of the rotary element. a disposable test cartridge system configured to be removably coupled to an analyzer and comprising: a first reservoir; a second reservoir; one or more walls forming an enclosed chamber having an inlet and a plurality of fluidic connections (203a-c), wherein at least one of the one or more walls of the enclosed chamber comprise a thermally controlled surface; a first fluidic network coupled to at least one of the plurality of fluidic connections (203a-c) and configured to introduce at least the sample to the enclosed chamber from the at least one first reservoir; a second fluidic network coupled to at least one of the plurality of fluidic connections (203a-c) and configured to expel at least the sample from the enclosed chamber to the at least one second reservoir; and a rotary element disposed within the enclosed chamber; and a first reservoir; a second reservoir; one or more walls forming an enclosed chamber having an inlet and a plurality of fluidic connections (203a-c), wherein at least one of the one or more walls of the enclosed chamber comprise a thermally controlled surface; a first fluidic network coupled to at least one of the plurality of fluidic connections (203a-c) and configured to introduce at least the sample to the enclosed chamber from the at least one first reservoir; a second fluidic network coupled to at least one of the plurality of fluidic connections (203a-c) and configured to expel at least the sample from the enclosed chamber to the at least one second reservoir; and a rotary element disposed within the enclosed chamber; and an actuator coupled to the rotary element of the disposable test cartridge system and configured to rotate the rotary element about an axis extending along a length of the rotary element.
A table for a flatbed printer comprising an upper plate and a lower plate separated by an intermediate layer, the intermediate layer being configured to provide a fluid flow path therein that promotes a flow of fluid alternating between a position adjacent the upper plate and a position adjacent the lower plate, so as to promote heat transfer between the upper plate and the lower plate.
A lubricating structure for a friction engagement element (CLx) of an automatic transmission, the lubricating structure comprising: a first friction engagement element (CLx) provided radially outside of a tubular wall extending in an axial direction in a transmission case of the automatic transmission, and configured to be engaged and released by a first piston configured to move forward and backward in the axial direction; and a second piston provided radially inside of the tubular wall, configured to move forward and backward in the axial direction, and configured to engage and release a second friction engagement element (CLz), wherein the tubular wall includes a communication hole communicating a radially inside of the tubular wall with a radially outside of the tubular wall, and a feed port is provided for lubricating oil and located radially inside of the second piston, characterized in that the second piston includes a communication passage radially passing through the second piston and communicating the feed port with the communication hole such that lubricating oil is supplied from the communication hole to the radially outside of the tubular wall to be supplied to a side of the first friction engagement element (CLx) without being supplied to a side of the second friction engagement element (CLz) when the second piston is in an initial position in which the second friction engagement element (CLz) is in a released state. a first friction engagement element (CLx) provided radially outside of a tubular wall extending in an axial direction in a transmission case of the automatic transmission, and configured to be engaged and released by a first piston configured to move forward and backward in the axial direction; and a second piston provided radially inside of the tubular wall, configured to move forward and backward in the axial direction, and configured to engage and release a second friction engagement element (CLz), wherein the tubular wall includes a communication hole communicating a radially inside of the tubular wall with a radially outside of the tubular wall, and a feed port is provided for lubricating oil and located radially inside of the second piston, characterized in that
A mechanism for actuating movement of a shaft having two degrees of freedom, comprising: a first gear configured to rotate said shaft around the shaft axis; a second gear operably coupled to a threaded screw, said second gear configured to rotate said threaded screw around the screw axis; a housing in which said threaded screw is received, said housing extending from said first gear, said first gear rotating said housing when said shaft is rotated; two rider elements (810, 812) coupled to the thread of said threaded screw; wherein a first rider element is attached to a first elongated element and a second rider element is attached to a second elongated element; said first and second elements configured to be attached to said shaft at a point distal to a flexible portion of said shaft; wherein rotational movement of said rider elements around the threaded screw is limited by one or more protrusions configured on an internal face of said housing; wherein rotation of said threaded screw moves said rider elements laterally in opposing directions, tensioning said first elongated element and releasing tension of said second elongated element or vice versa and thereby bending or undoing bending of said flexible portion of said shaft. a first gear configured to rotate said shaft around the shaft axis; a second gear operably coupled to a threaded screw, said second gear configured to rotate said threaded screw around the screw axis; a housing in which said threaded screw is received, said housing extending from said first gear, said first gear rotating said housing when said shaft is rotated; two rider elements (810, 812) coupled to the thread of said threaded screw; wherein a first rider element is attached to a first elongated element and a second rider element is attached to a second elongated element; said first and second elements configured to be attached to said shaft at a point distal to a flexible portion of said shaft; wherein rotational movement of said rider elements around the threaded screw is limited by one or more protrusions configured on an internal face of said housing; wherein rotation of said threaded screw moves said rider elements laterally in opposing directions, tensioning said first elongated element and releasing tension of said second elongated element or vice versa and thereby bending or undoing bending of said flexible portion of said shaft.
A vibration damper (12, 34) for a hydraulic clutch actuator system, comprising: - a rigid housing comprising a chamber; - an inlet port and an outlet port and a channel fluidly connecting the inlet port and the output port; characterised in that it further comprises - a propeller comprising a plurality of blades, the propeller being rotatably mounted in said chamber; - the chamber being fluidly connected with the channel in such a way that movement of fluid through the channel causes rotation of the propeller; - a spiral torsion spring operatively connected to said propeller in such a way that rotation of the propeller causes winding or unwinding of the spring. - a rigid housing comprising a chamber; - an inlet port and an outlet port and a channel fluidly connecting the inlet port and the output port; characterised in that it further comprises - a propeller comprising a plurality of blades, the propeller being rotatably mounted in said chamber; - the chamber being fluidly connected with the channel in such a way that movement of fluid through the channel causes rotation of the propeller; - a spiral torsion spring operatively connected to said propeller in such a way that rotation of the propeller causes winding or unwinding of the spring.
Device for varying the flow of a filling product in a filling plant, comprising a control chamber connected to an inlet and an outlet and a control element received in the control chamber, which control element can be displaced in the control chamber by interaction with a drive arranged outside of the control chamber, wherein the cross-section of the control chamber varies steplessly between an end of the control chamber facing the inlet and an end of control chamber facing the outlet, characterized in that the drive is limited between a first end position, in which the control element forms a small effective flow cross-section, and a second end position, in which the control element provides a large effective flow cross-section, so it is not possible for the drive and the control element to completely close the device and therewith the flow.
A method of dose calibration for a functional imaging system, the method comprising: measuring a first activity for a first source of a first isotope with a first dose calibrator at a first location; determining a first dial setting from the first activity; measuring a second activity of a second source of a second isotope with the first dose calibrator at the first location, the second isotope being relatively shorter lived than the first isotope; determining a second dial setting from the second activity; measuring a third activity of a third source of the first isotope with a second dose calibrator at a second location, the second location being a clinical or pharmaceutical site different than the first location; determining a third dial setting from the third activity; determining a fourth dial setting for a radiopharmaceutical of the second isotope from the third dial setting and a ratio of the first dial setting to the second dial setting; measuring a fourth activity of the radiopharmaceutical; and calibrating the fourth activity with the fourth dial setting. measuring a first activity for a first source of a first isotope with a first dose calibrator at a first location; determining a first dial setting from the first activity; measuring a second activity of a second source of a second isotope with the first dose calibrator at the first location, the second isotope being relatively shorter lived than the first isotope; determining a second dial setting from the second activity; measuring a third activity of a third source of the first isotope with a second dose calibrator at a second location, the second location being a clinical or pharmaceutical site different than the first location; determining a third dial setting from the third activity; determining a fourth dial setting for a radiopharmaceutical of the second isotope from the third dial setting and a ratio of the first dial setting to the second dial setting; measuring a fourth activity of the radiopharmaceutical; and calibrating the fourth activity with the fourth dial setting.