Abstract: Compounds that inhibit KRas G12D. In particular, compounds that inhibit the activity of KRas G12D, pharmaceutical compositions comprising the compounds and methods of use therefor, and in particular, methods of treating cancer. The compounds have a general structure represented by Formula (I): or a pharmaceutically acceptable salt thereof.

Abstract: A method comprises generating a first feature vector comprising a plurality of values for a plurality of transactions, each of the plurality of transactions corresponding to an account and performed within a defined time period, and a second feature vector comprising an attribute value of an attribute of the account; inserting the first feature vector into a first encoder of a machine learning model to generate a transaction embedding and the second feature vector into a second encoder of the machine learning model to generate an attribute embedding; concatenating the transaction embedding and the attribute embedding to generate a concatenated embedding; and generating an account prediction value by propagating the concatenated embedding into a set of prediction layers of the machine learning model.

Abstract: In some examples herein, control data is for application of treatment fluid on a treatment substrate location surrounding a substrate dot corresponding to a first pixel of the digital image. Treatment fluid is ejected on the treatment substrate location if a metric value computed from pixel values of a set of pixels in the neighborhood of the first pixel is above a threshold level.

Abstract: In some examples herein, control data is for application of treatment fluid on a treatment substrate location surrounding a substrate dot corresponding to a first pixel of the digital image. Treatment fluid is ejected on the treatment substrate location if a metric value computed from pixel values of a set of pixels in the neighborhood of the first pixel is above a threshold level.

Abstract: In some examples herein, control data is for application of treatment fluid on a treatment substrate location surrounding a substrate dot corresponding to a first pixel of the digital image. Treatment fluid is ejected on the treatment substrate location if a metric value computed from pixel values of a set of pixels in the neighborhood of the first pixel is above a threshold level.

Abstract: In some examples herein, control data is for application of treatment fluid on a treatment substrate location surrounding a substrate dot corresponding to a first pixel of the digital image. Treatment fluid is ejected on the treatment substrate location if a metric value computed from pixel values of a set of pixels in the neighborhood of the first pixel is above a threshold level.

Abstract: An information sheet dispensing device including a housing having a front side, a back panel, an open top end and a bottom end closed by a bottom sloping at a downward angle from the back panel to the front side, a dispensing slot formed in the housing proximate the bottom end, and a cap movable between an engaged position closing the open top end of the housing and a disengaged position allowing access through the open top end. A dispensing mechanism is carried within the housing and includes a roller assembly rotatably carried within the housing above the bottom, a dispensing control coupled to the roller assembly for rotating the roller assembly to dispense information sheets singly; and a cassette pivotally carried within the housing at an offset pivot point and having an open top end and an open lower end, the open lower end positioned rearward of and above the roller assembly, the offset pivot point biasing the open bottom end of the cassette forwardly.

Abstract: Improvements are provided for a putter. The putter includes a club head. The improvements are removably mounted on the putter with a spring-loaded fastener that is positioned above the club head and behind the ball striking face of the club head. The improvements facilitate the practice of a putting stroke in which the putter club head moves along a path of travel that is generally parallel to the ground.

Abstract: Improvements are provided for a putter. The putter includes a club head. The improvements are removably mounted on the putter and facilitate the practice of a putting stroke in which the putter club head moves along a path of travel that is generally parallel to the ground.

Abstract: The present invention defines a system (100) for one-at-a-time paper clip dispensing. The system includes a housing (102), and a retrieval receptacle (114) disposed somewhere along the exterior of the housing. A storage component (104) is disposed along or within the housing, and is adapted to receive loose paper clips. A gate component (106) is operably coupled to the storage component, and a sorting component is incorporated within the storage or gate component(s). An actuating system (110) is disposed somewhere within or along the housing. A retrieval system (112) is disposed between the receptacle and the storage component. The retrieval system is adapted to retrieve a single paper clip from the gate component, and deliver the paper clip to the receptacle, responsive to activation of the actuating system.

Abstract: A system and method of printing allows mapping between an input print data file and an output dot grid data file, wherein the resolution of the resolution of the dot grid is not an integer multiple of the print data. A method includes forming an input print data group of pixels within the print data file and forming an output dot grid group of a different number of pixels within the dot grid data file. The pixels within the input group are associated pixels within the output group by a mapping function. By varying the number of pixels within the two groups, the printhead nozzle firing frequency and the rate of ink deposition per unit area of media may be controlled. Accordingly, print output quality may be maximized given the constraints of the hardware available.

Abstract: A system and method of printing allows mapping between an input print data file and an output dot grid data file, wherein the resolution of the resolution of the dot grid is not an integer multiple of the print data. A method includes forming an input print data group of pixels within the print data file and forming an output dot grid group of a different number of pixels within the dot grid data file. The pixels within the input group are associated pixels within the output group by a mapping function. By varying the number of pixels within the two groups, the printhead nozzle firing frequency and the rate of ink deposition per unit area of media may be controlled. Accordingly, print output quality may be maximized given the constraints of the hardware available.