mhurhangee/patent-ind-claim-en huggingface dataset:
A method of managing call routing, the method comprising: receiving, at a routing engine , a first message from a session border controller, SBC , the first message including event information indicative of an event related to a call, the event associated with a second message received by the SBC; generating by the routing engine a response message including call managing information related to the call, the call managing information determined based on at least part of the event information and including call state information about the call, the call managing information including the call state information to be returned to the routing engine in a subsequent message related to the call, such that the routing engine has access to the call state information to make a decision about routing the call without having to store or maintain the call state information; and sending by the routing engine the response to the SBC. receiving, at a routing engine , a first message from a session border controller, SBC , the first message including event information indicative of an event related to a call, the event associated with a second message received by the SBC; generating by the routing engine a response message including call managing information related to the call, the call managing information determined based on at least part of the event information and including call state information about the call, the call managing information including the call state information to be returned to the routing engine in a subsequent message related to the call, such that the routing engine has access to the call state information to make a decision about routing the call without having to store or maintain the call state information; and sending by the routing engine the response to the SBC.
A system, comprising: an implantable stimulation device comprising an electrode array configured to provide stimulation to a patient's tissue; an external device configured to communicate with the implantable stimulation device; and an algorithm configured to operate at least in part in the implantable stimulation device, wherein the algorithm is configured to (a) provide therapeutic stimulation to the patient's tissue using a pole configuration at a position in the electrode array, wherein the therapeutic stimulation has been determined for the patient to be effective to recruit a stimulation target in the spinal column; (b) measure a neural response from the pole configuration at the position at one or more sensing electrodes in the electrode array as a measured response; (c) compare the measured response at each of the at least one sensing electrodes to a baseline response at a corresponding one of the sensing electrodes; and (d) if the measured response does not equal the baseline response, adjust the position of the pole configuration in the electrode array and repeating steps (a)-(c) until the measured response equals or is closer to the baseline response. an implantable stimulation device comprising an electrode array configured to provide stimulation to a patient's tissue; an external device configured to communicate with the implantable stimulation device; and an algorithm configured to operate at least in part in the implantable stimulation device, wherein the algorithm is configured to (a) provide therapeutic stimulation to the patient's tissue using a pole configuration at a position in the electrode array, wherein the therapeutic stimulation has been determined for the patient to be effective to recruit a stimulation target in the spinal column; (b) measure a neural response from the pole configuration at the position at one or more sensing electrodes in the electrode array as a measured response; (c) compare the measured response at each of the at least one sensing electrodes to a baseline response at a corresponding one of the sensing electrodes; and (d) if the measured response does not equal the baseline response, adjust the position of the pole configuration in the electrode array and repeating steps (a)-(c) until the measured response equals or is closer to the baseline response. (a) provide therapeutic stimulation to the patient's tissue using a pole configuration at a position in the electrode array, wherein the therapeutic stimulation has been determined for the patient to be effective to recruit a stimulation target in the spinal column; (b) measure a neural response from the pole configuration at the position at one or more sensing electrodes in the electrode array as a measured response; (c) compare the measured response at each of the at least one sensing electrodes to a baseline response at a corresponding one of the sensing electrodes; and (d) if the measured response does not equal the baseline response, adjust the position of the pole configuration in the electrode array and repeating steps (a)-(c) until the measured response equals or is closer to the baseline response.
A holder for cards, comprising a housing which preferably tightly fits around a stack of at least three cards and has at least one card opening for locating and removing cards, while within the housing, preferably opposite the card opening , a card eject feature is provided such that the cards through the card opening can be partly slid from the housing, which card eject feature comprises an eject arm which is designed to rotate within the housing between a retracted and an extended position and during said movement ejects the cards by engaging and forcing the cards simultaneously to partly exit the housing, and the holder comprises an external actuating feature, e.g. finger button , to provide the force to eject the cards by the card eject feature, which actuating feature is drivingly connected to the eject arm through coupling means characterized in that the eject arm is designed such that during ejecting the cards by moving the eject arm to its extended position, first the eject arm engages and pushes outward the cards stack at a first eject arm longitudinal location close to its pivot while simultaneously the longitudinal part of the eject arm beyond said first location, seen from the pivot, does not engage and/or push the cards stack and keeps an initial distance to the cards stack and subsequently after the eject arm has covered an angle or distance while pushing the cards stack outward, the eject arm, due to cancelling this initial distance, starts engaging and pushing outward the cards stack at a second eject arm longitudinal location further away from its pivot, preferably longitudinally spaced from the first location, while the eject arm continues pivoting toward its extended position; since the location at the distal end tip is set back at least 0.5 or 0.75, e.g. approximately 0.9 millimeter relative to the location closest to the pivot .
System for providing building materials, the system comprising: a package with a first component arranged therein, wherein the package comprises an envelope and a hanging device , wherein the envelope has a standing face , side faces and a top face , and wherein an emptying device is formed in the standing face and a filling device is formed in the top face , wherein the hanging device comprises loops which are arranged in an upper region of the side face ; a lifting device , wherein the package is able to be operatively connected to the lifting device by its hanging device and is movable in space by said lifting device ; a second component; and a mixing and conveying device in which the first component is able to be mixed with the second component and by means of which the building material is able to be conveyed; characterized in that the package with the first component is able to be positioned over the mixing and conveying device by the lifting device such that an overall height of the system is less than 230 cm, and in that a fastening region of the loops on the envelope is 5 to 30 cm away from an upper edge of the side faces . a package with a first component arranged therein, wherein the package comprises an envelope and a hanging device , wherein the envelope has a standing face , side faces and a top face , and wherein an emptying device is formed in the standing face and a filling device is formed in the top face , wherein the hanging device comprises loops which are arranged in an upper region of the side face ; a lifting device , wherein the package is able to be operatively connected to the lifting device by its hanging device and is movable in space by said lifting device ; a second component; and a mixing and conveying device in which the first component is able to be mixed with the second component and by means of which the building material is able to be conveyed; characterized in that the package with the first component is able to be positioned over the mixing and conveying device by the lifting device such that an overall height of the system is less than 230 cm, and in that a fastening region of the loops on the envelope is 5 to 30 cm away from an upper edge of the side faces .
Dressing apparatus for processing two wires simultaneously travelling in parallel and close to one another or one travelling wire, the device comprising at least two drivable rollers which coaxially laterally adjoin one another and form a first roller pair which can be driven by a shaft , which roller pair is arranged opposite a second pair of rollers of this kind thus forming two processing gaps for each wire travelling through, it being possible to drive the rollers of the second roller pair in an opposite direction on an axis parallel to the axis of the first pair by means of a second shaft , in each case one of the rollers (2, 3; 2', 3') of the at least two roller pairs being fixedly connected to the drive shaft (4; 4') thereof and the other roller (3; 3') of the two roller pairs being rotatably mounted on the roller (2; 2') fixed to the drive shaft (4; 4'), characterised in that each of the rollers (3; 3') which is mounted on a roller (2; 2') fixed to the shaft (4; 4') can be coupled to said roller (2; 2').
Method for detecting defects in an additive manufacturing powder layer deposited on a work zone, the method comprising, prior to selectively consolidating the powder layer, implementing by processing means the following steps: i. acquiring an image of the deposited additive manufacturing powder layer, ii. determining a discrete spectral representation of the acquired image, iii. frequency filtering the discrete spectral representation of the acquired image by a filter having at least one cut-off frequency, iv. determining a filtered image from the filtered discrete spectral representation of the acquired image, v. analyzing the filtered image so as to detect the defects in the deposited powder layer. i. acquiring an image of the deposited additive manufacturing powder layer, ii. determining a discrete spectral representation of the acquired image, iii. frequency filtering the discrete spectral representation of the acquired image by a filter having at least one cut-off frequency, iv. determining a filtered image from the filtered discrete spectral representation of the acquired image, v. analyzing the filtered image so as to detect the defects in the deposited powder layer.
A cam-type hand mechanism comprising: a motor ; a cam pedestal member , the cam pedestal member including a cam base portion detachably assembled directly or indirectly to a rotor shaft extending from the motor , three-dimensional cams including a plurality of cam guiding surfaces continuing over a range from a through hole provided at a center of the cam base portion to an outer peripheral side, and being formed upright at a plurality of positions, and a hand mechanism assembled to the motor constantly in abutment with the three-dimensional cam , the hand mechanism including a plurality of claw portions openable and closable about an axial line of the rotor shaft in association with a rotary motion of the three-dimensional cam , wherein the cam base portion includes coupling portions configured to couple the cam pedestal member directly or indirectly to the rotor shaft at a plurality of positions in gap areas between radially inner ends and radially outer ends of the adjacent three-dimensional cams . a motor ; a cam pedestal member , the cam pedestal member including a cam base portion detachably assembled directly or indirectly to a rotor shaft extending from the motor , three-dimensional cams including a plurality of cam guiding surfaces continuing over a range from a through hole provided at a center of the cam base portion to an outer peripheral side, and being formed upright at a plurality of positions, and a hand mechanism assembled to the motor constantly in abutment with the three-dimensional cam , the hand mechanism including a plurality of claw portions openable and closable about an axial line of the rotor shaft in association with a rotary motion of the three-dimensional cam , wherein the cam base portion includes coupling portions configured to couple the cam pedestal member directly or indirectly to the rotor shaft at a plurality of positions in gap areas between radially inner ends and radially outer ends of the adjacent three-dimensional cams .
A method for identifying an individual with cancer who is more likely to exhibit benefit from treatment with an immunotherapy and a suppressive stromal antagonist, the method comprising determining the presence of a stromal gene signature in a sample from the individual, said signature comprises FAP, FN1, MMP2, PDGFRB, and THY1, wherein an increase in the level of expression of the one or more genes in the stroma gene signature relative to a median level identifies an individual having a suppressive stroma wherein the presence of a stromal gene signature in a sample from the individual indicates the individual is more likely to exhibit an increased clinical benefit from an immunotherapy and a suppressive stromal antagonist, wherein the immunotherapy comprises a PD-L1 binding antibody, and wherein the suppressive stromal antagonist is a TGFβ binding antibody. wherein the immunotherapy comprises a PD-L1 binding antibody, and wherein the suppressive stromal antagonist is a TGFβ binding antibody.
A clothes treating apparatus, comprising: a clothes accommodation unit ; an air duct connected to the clothes accommodation unit , and forming a flow path for air circulation; a blower configured to blow air discharged from the clothes accommodation unit , to the clothes accommodation unit ; an evaporator and a condenser spaced from each other in the air duct in an air flow direction; a water cover having a first mounting unit whereon the evaporator is mounted and a second mounting unit whereon the condenser is mounted for heat-exchange with the air, and having a condensate water collection unit that collects, therein, condensate water generated from the evaporator ; and a condensate water separating unit including a separation body protruding from the water cover to a space between the evaporator and the condenser , and configured to separate condensate water by gravity from a mixed fluid including the air flowing from the evaporator to the condenser and the condensate water, wherein the separation body has a height upward-protruded from a lower end of a rear surface of the evaporator . a clothes accommodation unit ; an air duct connected to the clothes accommodation unit , and forming a flow path for air circulation; a blower configured to blow air discharged from the clothes accommodation unit , to the clothes accommodation unit ; an evaporator and a condenser spaced from each other in the air duct in an air flow direction; a water cover having a first mounting unit whereon the evaporator is mounted and a second mounting unit whereon the condenser is mounted for heat-exchange with the air, and having a condensate water collection unit that collects, therein, condensate water generated from the evaporator ; and a condensate water separating unit including a separation body protruding from the water cover to a space between the evaporator and the condenser , and configured to separate condensate water by gravity from a mixed fluid including the air flowing from the evaporator to the condenser and the condensate water, wherein the separation body has a height upward-protruded from a lower end of a rear surface of the evaporator .
Compound I having the following structure, or pharmaceutically acceptable salts or hydrates thereof, for use in the treatment of advanced and/or metastatic gastric cancer.
A mobile aggregate processing apparatus comprising: - a chassis ; - a first conveyor , wherein the first conveyor is slidably mounted, between a first position and second position, to the chassis - a second conveyor , wherein the second conveyor is pivotally mounted to the chassis , and wherein the second conveyor comprises an incline conveyor able to rotate about an axis relative to the chassis ; and, - a slider-crank linkage, wherein the slider-crank linkage connects, directly or indirectly, the first conveyor and second conveyor . - a chassis ; - a first conveyor , wherein the first conveyor is slidably mounted, between a first position and second position, to the chassis - a second conveyor , wherein the second conveyor is pivotally mounted to the chassis , and wherein the second conveyor comprises an incline conveyor able to rotate about an axis relative to the chassis ; and, - a slider-crank linkage, wherein the slider-crank linkage connects, directly or indirectly, the first conveyor and second conveyor .
Field device used in measuring and automation engineering, comprising: a transducer , which is designed to measure at least a measured variable and to output at least a first measured value representing the measured variable; a display unit , which is designed to display measuring and/or operating parameters; an electronic measuring/operating circuit , which is designed to operate the transducer and/or the display unit, and to calculate a second measured value derived from the first measured value; wherein the field device particularly has a housing with a housing wall and a housing chamber formed by the housing wall, wherein at least the measuring/operating circuit is arranged in the housing, wherein the display unit has a screen , characterized in that the screen has a first zone with a first display technology and a second zone with a second display technology, wherein the first zone is reflective or transflective, and wherein the second zone is transmissive. a transducer , which is designed to measure at least a measured variable and to output at least a first measured value representing the measured variable; a display unit , which is designed to display measuring and/or operating parameters; an electronic measuring/operating circuit , which is designed to operate the transducer and/or the display unit, and to calculate a second measured value derived from the first measured value; wherein the field device particularly has a housing with a housing wall and a housing chamber formed by the housing wall, wherein at least the measuring/operating circuit is arranged in the housing, wherein the display unit has a screen , characterized in that the screen has a first zone with a first display technology and a second zone with a second display technology, wherein the first zone is reflective or transflective, and wherein the second zone is transmissive.
A universal embedding system for sanitary fittings, comprising three macro-groups adapted to be removably functionally associated, said macro-groups comprising a first universal embedding macro-group having a manifold body , a second macro-group of functional components/groups and a third macro-group of aesthetic parts , wherein said second macro-group of functional components/groups is constituted by two single modular elements, a first element having only a switching function and a second element having only a mixing function, characterized in that each element is adapted to be mounted to said manifold body at four positions, each rotated by 90°, through an adapter means.
A method of capturing image data of an output of a printing device during a print run comprising identical images, the method comprising: capturing, with an image capturing device having a first resolution and being positioned in a first imaging position, image data of a first printed image; moving the image capturing device to a second imaging position; capturing, with the image capturing device at a second imaging position, image data of a second printed image ;and combining the first image with the second image to generate oversampled image data representative of the printed image data and having a higher resolution than the captured image data. capturing, with an image capturing device having a first resolution and being positioned in a first imaging position, image data of a first printed image; moving the image capturing device to a second imaging position; capturing, with the image capturing device at a second imaging position, image data of a second printed image ;and combining the first image with the second image to generate oversampled image data representative of the printed image data and having a higher resolution than the captured image data.
A dressing comprising: a drape that is a thin film capable of maintaining a negative pressure underneath the drape upon application of a vacuum; a pressure-sensitive acrylic-based adhesive on a skin-facing surface of the drape ; an island of absorbent material having smaller area than the drape and applied onto the skin-facing surface of the drape so as to leave a first margin (M1) of adhesive-coated drape around the island of absorbent material ; a silicone gel backing film having a smaller footprint than the drape and a larger footprint than the island of absorbent material , the silicone gel backing film being affixed to the drape so as to leave a second margin (M2) of adhesive-coated drape around the silicone gel backing film ; and a silicone gel on the silicone gel backing film surrounding the island of absorbent material while leaving the second margin (M2) of adhesive-coated drape around the silicone gel , characterized in that the silicone gel backing film has a frame shape with the silicone gel at least substantially matching the frame shape of the silicone gel backing film so that the dressing is configured to create a pressure that is below normal atmospheric pressure beneath the dressing , wherein the silicone gel is configured to operate as a sealing gasket for the dressing to maintain negative pressure with respect to atmosphere underneath the dressing . a drape that is a thin film capable of maintaining a negative pressure underneath the drape upon application of a vacuum; a pressure-sensitive acrylic-based adhesive on a skin-facing surface of the drape ; an island of absorbent material having smaller area than the drape and applied onto the skin-facing surface of the drape so as to leave a first margin (M1) of adhesive-coated drape around the island of absorbent material ; a silicone gel backing film having a smaller footprint than the drape and a larger footprint than the island of absorbent material , the silicone gel backing film being affixed to the drape so as to leave a second margin (M2) of adhesive-coated drape around the silicone gel backing film ; and a silicone gel on the silicone gel backing film surrounding the island of absorbent material while leaving the second margin (M2) of adhesive-coated drape around the silicone gel , characterized in that the silicone gel backing film has a frame shape with the silicone gel at least substantially matching the frame shape of the silicone gel backing film so that the dressing is configured to create a pressure that is below normal atmospheric pressure beneath the dressing , wherein the silicone gel is configured to operate as a sealing gasket for the dressing to maintain negative pressure with respect to atmosphere underneath the dressing .