mhurhangee/patent-ind-claim-en huggingface dataset:
A rotor system comprising: a rotor duct ; at least one rotor blade , wherein the at least one rotor blade comprises a tip end ; and a tip extension affixed at the tip end of the at least one rotor blade , wherein the tip extension is comprised, at least in part, of a flexible material and the rotor blade has a fixed extended length based on the tip extension ; wherein an outboard end of the tip extension comprises the flexible material and an inboard end of the tip extension comprises a non-flexible material, wherein the inboard end of the tip extension comprises a plurality of attachment elements and the tip end of the rotor blade comprises a plurality of mating attachment elements , wherein the plurality of attachment elements comprises a plurality of posts and the plurality of mating attachment elements comprises a plurality of slots, the posts and the slots being configured to interlock to affix the tip extension to the rotor blade , wherein the posts and the slots are configured such that the posts and the slots interlock together based on the expected direction of rotation for the rotor blade during operation. a rotor duct ; at least one rotor blade , wherein the at least one rotor blade comprises a tip end ; and a tip extension affixed at the tip end of the at least one rotor blade , wherein the tip extension is comprised, at least in part, of a flexible material and the rotor blade has a fixed extended length based on the tip extension ; wherein an outboard end of the tip extension comprises the flexible material and an inboard end of the tip extension comprises a non-flexible material, wherein the inboard end of the tip extension comprises a plurality of attachment elements and the tip end of the rotor blade comprises a plurality of mating attachment elements , wherein the plurality of attachment elements comprises a plurality of posts and the plurality of mating attachment elements comprises a plurality of slots, the posts and the slots being configured to interlock to affix the tip extension to the rotor blade , wherein the posts and the slots are configured such that the posts and the slots interlock together based on the expected direction of rotation for the rotor blade during operation.
A printing apparatus for transporting an elongated strip-shaped base material to be printed thereon while applying tension to said base material to print on said base material, said printing apparatus comprising: a roller around which a base material to be printed thereon is wound; a transport part for unwinding said base material from said roller to transport said base material; a tension controller for applying brake torque to said roller to apply tension to said base material unwound from said roller; a printing part for printing on said base material under tension; and a tension sensor for detecting the tension applied to said base material, said transport part including an acquisition part for acquiring information related to said base material, and an acceleration controller for accelerating said base material until the transport speed of said base material reaches a predetermined speed when the transport of said base material is at rest, wherein said acceleration controller exercises first control for accelerating said base material with a constant acceleration, if the information acquired by said acquisition part is included in a first condition, wherein said acceleration controller exercises second control for accelerating said base material with an acceleration slower than said constant acceleration, if the information acquired by said acquisition part is not included in said first condition, wherein the information related to said base material includes the thickness and width of said base material, and wherein the thickness and width of said base material are not less than corresponding threshold values under said first condition. a roller around which a base material to be printed thereon is wound; a transport part for unwinding said base material from said roller to transport said base material; a tension controller for applying brake torque to said roller to apply tension to said base material unwound from said roller; a printing part for printing on said base material under tension; and a tension sensor for detecting the tension applied to said base material, said transport part including an acquisition part for acquiring information related to said base material, and an acceleration controller for accelerating said base material until the transport speed of said base material reaches a predetermined speed when the transport of said base material is at rest, wherein said acceleration controller exercises first control for accelerating said base material with a constant acceleration, if the information acquired by said acquisition part is included in a first condition, wherein said acceleration controller exercises second control for accelerating said base material with an acceleration slower than said constant acceleration, if the information acquired by said acquisition part is not included in said first condition, wherein the information related to said base material includes the thickness and width of said base material, and wherein the thickness and width of said base material are not less than corresponding threshold values under said first condition.
A laundry treatment apparatus comprising: a cabinet ; a drawer retractably provided in the cabinet and comprising a drawer body , and a drawer cover fixed to the drawer body to define an upper surface of the drawer body ; a tub provided in the drawer and comprising a tub body defining a space configured to receive washing water , and a tub cover defining an upper surface of the tub body , wherein the tub cover comprises a through hole ; a drum rotatably provided in the tub; characterized in that : the drawer cover has an introduction opening and a water supply opening ; a recovery unit includes a first recovery part being configured into a flat or curved board shape provided above the through hole and a second recovery part disposed above the through hole , wherein the first recovery part is protruding toward a portion of the second recovery part from the drawer cover , wherein the water supply opening is provided at the drawer cover to be positioned above the through hole , wherein the second recovery part is protruding toward the first recovery part from the tub cover and configured to guide moisture from the first recovery part back down into the through hole . a cabinet ; a drawer retractably provided in the cabinet and comprising a drawer body , and a drawer cover fixed to the drawer body to define an upper surface of the drawer body ; a tub provided in the drawer and comprising a tub body defining a space configured to receive washing water , and a tub cover defining an upper surface of the tub body , wherein the tub cover comprises a through hole ; a drum rotatably provided in the tub; characterized in that : the drawer cover has an introduction opening and a water supply opening ; a recovery unit includes a first recovery part being configured into a flat or curved board shape provided above the through hole and a second recovery part disposed above the through hole , wherein the first recovery part is protruding toward a portion of the second recovery part from the drawer cover , wherein the water supply opening is provided at the drawer cover to be positioned above the through hole , characterized in that : the drawer cover has an introduction opening and a water supply opening ; a recovery unit includes a first recovery part being configured into a flat or curved board shape provided above the through hole and a second recovery part disposed above the through hole , wherein the first recovery part is protruding toward a portion of the second recovery part from the drawer cover , wherein the water supply opening is provided at the drawer cover to be positioned above the through hole , wherein the second recovery part is protruding toward the first recovery part from the tub cover and configured to guide moisture from the first recovery part back down into the through hole .
An operating mechanism for a vertically oriented bodymaker , said bodymaker including a housing assembly , said housing assembly including a number of elongated ram paths , said ram paths extending generally vertically; said operating mechanism comprising: a crankshaft , said crankshaft rotatably coupled to said housing assembly ; a motor , said motor operatively coupled to said crankshaft ; a first ram assembly and a second ram assembly , each ram assembly including a ram body ; each said ram body structured to move over a ram path ; and characterised by : said crankshaft including a plurality of crankpin journals ; a link assembly including a number of links ; wherein each link extends between the crankpin journal associated with the link and the ram body associated with the link and movably decouples the crankpin journal associated with the link to the ram body associated with the link; wherein each ram assembly moves between a retracted, first position and an extended, second position; and wherein, when said first ram assembly is in said first position, said second ram assembly is substantially in said second position, and, when said first ram assembly is in said second position, said second ram assembly is substantially in said first position. a crankshaft , said crankshaft rotatably coupled to said housing assembly ; a motor , said motor operatively coupled to said crankshaft ; a first ram assembly and a second ram assembly , each ram assembly including a ram body ; each said ram body structured to move over a ram path ; said crankshaft including a plurality of crankpin journals ; a link assembly including a number of links ; wherein each link extends between the crankpin journal associated with the link and the ram body associated with the link and movably decouples the crankpin journal associated with the link to the ram body associated with the link; wherein each ram assembly moves between a retracted, first position and an extended, second position; and wherein, when said first ram assembly is in said first position, said second ram assembly is substantially in said second position, and, when said first ram assembly is in said second position, said second ram assembly is substantially in said first position.
A scroll compressor, comprising: a casing having a hermetic inner space divided into a low pressure portion and a high pressure portion ; an orbiting scroll disposed within the inner space of the casing and performing an orbiting motion; a non-orbiting scroll forming a compression chamber together with the orbiting scroll , the compression chamber having a suction chamber, an intermediate pressure chamber and a discharge chamber; a back pressure chamber assembly coupled to the non-orbiting scroll to form a back pressure chamber ; a communication passage formed through the intermediate pressure chamber and bypassing a refrigerant of the intermediate pressure chamber to the low pressure portion of the casing ; a first valve assembly opening and closing the communication passage; and a second valve assembly provided outside the casing and connected to the first valve assembly by a connection pipe penetrating through the casing , the second valve assembly controlling an opening/closing operation of the first valve assembly such that the first valve assembly opens and closes the communication passage, characterized in that the communication passage comprises a bypass hole formed through the non-orbiting scroll and communicating with the intermediate pressure chamber, and wherein a check valve for opening and closing the bypass hole according to pressure of the intermediate pressure chamber is provided on the bypass hole at outside of the intermediate pressure chamber. a casing having a hermetic inner space divided into a low pressure portion and a high pressure portion ; an orbiting scroll disposed within the inner space of the casing and performing an orbiting motion; a non-orbiting scroll forming a compression chamber together with the orbiting scroll , the compression chamber having a suction chamber, an intermediate pressure chamber and a discharge chamber; a back pressure chamber assembly coupled to the non-orbiting scroll to form a back pressure chamber ; a communication passage formed through the intermediate pressure chamber and bypassing a refrigerant of the intermediate pressure chamber to the low pressure portion of the casing ; a first valve assembly opening and closing the communication passage; and a second valve assembly provided outside the casing and connected to the first valve assembly by a connection pipe penetrating through the casing , the second valve assembly controlling an opening/closing operation of the first valve assembly such that the first valve assembly opens and closes the communication passage, characterized in that the communication passage comprises a bypass hole formed through the non-orbiting scroll and communicating with the intermediate pressure chamber, and wherein a check valve for opening and closing the bypass hole according to pressure of the intermediate pressure chamber is provided on the bypass hole at outside of the intermediate pressure chamber.
Apparatus for producing plastic bottles with a blow molding machine , a labeler and a filler , characterized in that for transporting the bottles the individual machines are bloc-synchronized via transfer starwheels (21, 22; 31, 32), so that the bottles are transported without buffers between the machines via the transfer starwheels (21, 22; 31, 32), wherein the transfer starwheels are configured as individual modules with their own servomotor and standard interface, so that the transfer starwheels form separation points between the machines for decoupling the machines from one another.
A care robot comprising: a holding section , provided on a base , that is configured to assist a care receiver (M1) in standing up and sitting down by supporting a body part of the care receiver (M1); a specific information acquisition device that is configured to acquire specific information for identifying the care receiver (M1); a recognizing section that is configured to recognize the care receiver (M1) from the specific information acquired by the specific information acquisition device ; an acquisition section that is configured to acquire information including medication information and/or vital signs information related to the care receiver (M1) recognized by the recognizing section from a host computer ; and a control section that is configured to perform drive control of the holding section based on the medication information and/or vital signs information related to the care receiver (M1) acquired by the acquisition section from the host computer . a holding section , provided on a base , that is configured to assist a care receiver (M1) in standing up and sitting down by supporting a body part of the care receiver (M1); a specific information acquisition device that is configured to acquire specific information for identifying the care receiver (M1); a recognizing section that is configured to recognize the care receiver (M1) from the specific information acquired by the specific information acquisition device ; an acquisition section that is configured to acquire information including medication information and/or vital signs information related to the care receiver (M1) recognized by the recognizing section from a host computer ; and a control section that is configured to perform drive control of the holding section based on the medication information and/or vital signs information related to the care receiver (M1) acquired by the acquisition section from the host computer .
An electronic device comprising: a display; a first communication module for identifying proximity of an external electronic device; a second communication module for exchanging data between the electronic device and the external electronic device and for determining a proximity position of the external device; and a processor configured to: while displaying a first content by using the display, identify proximity of the external electronic device by using the first communication module, in response to the identification, receive, from the external electronic device, data for representing a second content being displayed on the external electronic device by using the second communication module, identify a region of the display for displaying the second content, based on the proximity position, display the second content in the region of the display, while displaying the first content by using the display, and based on information associated with the second content being displayed in the region, exchange, with the external electronic device, the information to adjust the second content being displayed on a display of the external electronic device. a display; a first communication module for identifying proximity of an external electronic device; a second communication module for exchanging data between the electronic device and the external electronic device and for determining a proximity position of the external device; and a processor configured to: while displaying a first content by using the display, identify proximity of the external electronic device by using the first communication module, in response to the identification, receive, from the external electronic device, data for representing a second content being displayed on the external electronic device by using the second communication module, identify a region of the display for displaying the second content, based on the proximity position, display the second content in the region of the display, while displaying the first content by using the display, and based on information associated with the second content being displayed in the region, exchange, with the external electronic device, the information to adjust the second content being displayed on a display of the external electronic device. while displaying a first content by using the display, identify proximity of the external electronic device by using the first communication module, in response to the identification, receive, from the external electronic device, data for representing a second content being displayed on the external electronic device by using the second communication module, identify a region of the display for displaying the second content, based on the proximity position, display the second content in the region of the display, while displaying the first content by using the display, and based on information associated with the second content being displayed in the region, exchange, with the external electronic device, the information to adjust the second content being displayed on a display of the external electronic device.
Method for determining an error in the measurement of the angular position of a continuous rotation motor having one or more phases , particularly a timepiece motor, the motor comprising a rotating rotor , the method comprising the following step consisting in: - detecting each instant when the value of one of the back electromotive forces is zero, characterized in that the method further comprises the following steps consisting in : - storing a time corresponding to each detected instant, - measuring several time intervals between two instants detected in the same revolution of the motor, - comparing the measured time intervals to reference time intervals to deduce the reference intervals to which they correspond, and - determining an angular position measurement error if the measured intervals do not correspond to the expected reference intervals. - detecting each instant when the value of one of the back electromotive forces is zero, characterized in that the method further comprises the following steps consisting in : - storing a time corresponding to each detected instant, - measuring several time intervals between two instants detected in the same revolution of the motor, - comparing the measured time intervals to reference time intervals to deduce the reference intervals to which they correspond, and - determining an angular position measurement error if the measured intervals do not correspond to the expected reference intervals. - storing a time corresponding to each detected instant, - measuring several time intervals between two instants detected in the same revolution of the motor, - comparing the measured time intervals to reference time intervals to deduce the reference intervals to which they correspond, and - determining an angular position measurement error if the measured intervals do not correspond to the expected reference intervals.
A patient monitoring system , comprising: a patient monitor ; a patient sensor ; a measurement cable coupled to the patient sensor, for removable connection to the patient monitor at an end of the measurement cable ; and an electrical connector between the end of the measurement cable and the patient monitor, wherein the electrical connector comprises: a male part comprising a set of pins and an annular shroud surrounding the set of pins; a female part comprising a set of pin openings each for receiving a respective pin of the set of pins, and a recess surrounding the set of pin openings for receiving the annular shroud ; and an annular seal that is arranged between an outer surface of the shroud and an inner surface of the recess and is connected to the radially inwardly facing surface of the recess . a patient monitor ; a patient sensor ; a measurement cable coupled to the patient sensor, for removable connection to the patient monitor at an end of the measurement cable ; and an electrical connector between the end of the measurement cable and the patient monitor, wherein the electrical connector comprises: a male part comprising a set of pins and an annular shroud surrounding the set of pins; a female part comprising a set of pin openings each for receiving a respective pin of the set of pins, and a recess surrounding the set of pin openings for receiving the annular shroud ; and an annular seal that is arranged between an outer surface of the shroud and an inner surface of the recess and is connected to the radially inwardly facing surface of the recess . a male part comprising a set of pins and an annular shroud surrounding the set of pins; a female part comprising a set of pin openings each for receiving a respective pin of the set of pins, and a recess surrounding the set of pin openings for receiving the annular shroud ; and an annular seal that is arranged between an outer surface of the shroud and an inner surface of the recess and is connected to the radially inwardly facing surface of the recess .
Multi-component resin system containing an isocyanate component, which comprises at least one aliphatic and/or aromatic polyisocyanate having an average NCO functionality of 2 or more, and an amine component, which comprises at least one amine which is reactive to isocyanate groups and has an average NH functionality of 2 or more, with the proviso that the multi-component resin system is free of polyaspartic acid esters, the isocyanate component and/or the amine component comprising at least one filler and at least one rheology additive and the total filling level of a mortar composition produced by mixing the isocyanate component and the amine component is in a range from 30 to 80 wt.%, characterized in that the isocyanate component and/or the amine component additionally contains a molecular sieve.