Abstract: Systems and techniques for aggregation, display, and sharing of data. Graphic items representing data objects identified by a data package may be displayed on timelines. Each timeline may be associated with a respective class of data, and each graphic item displayed on a respective timeline may represent one or more of the data objects in the class associated with the respective timeline. A prediction may be made regarding which data will be displayed in the near future. A pre-fetch request may be generated, and the predicted data may be retrieved from a remote server and stored in a local data cache before the user requests that the predicted data be displayed.

Abstract: A variety of applications can include apparatus having p-channel metal-oxide-semiconductor (PMOS) transistors and n-channel metal-oxide-semiconductor (NMOS) transistors with different metal silicide contacts. The active area of the NMOS transistor can include a first metal silicide having a first metal element, where the first metal silicide is a vertical lowest portion of a contact for the NMOS. The PMOS transistor can include a stressor source/drain region to a channel region of the PMOS transistor and a second metal silicide directly contacting the stressor source/drain region without containing the first metal element. The process flow to form the PMOS and NMOS transistors can enable making simultaneous contacts by a pre-silicide in the active area of the NMOS transistor, without affecting stressor source/drain regions in the PMOS transistor. The process flow and resulting structures for PMOS transistors and NMOS transistors can be used in various integrated circuits and devices.

Abstract: Apparatus and methods are disclosed, including transistors, semiconductor devices and systems. Example semiconductor devices and methods include silicide contacts on source/drain regions in different conductivity type transistors. In one example, silicide contacts are different between transistors of different conductivity types.

Abstract: A vent providing excellent airflow and water intrusion resistance in a compact design.

Abstract: A domestic cooking appliance for heating a food item is provided. The domestic cooking appliance includes a housing; a cooking chamber located in the housing and having a wall, the cooking chamber being configured to contain the food item while the food item is being heated; a heating element that provides heat to the cooking chamber for heating the food item; a temperature detector located in the cooking chamber and configured to detect a temperature in the cooking chamber; and a temperature detector positive motion stop located in the cooking chamber and surrounding a portion of the temperature detector.

Abstract: A home cooking appliance includes a housing, a cooktop on the housing, the cooktop having at least one gas burner, a cooking compartment in the housing and accessible through a door in a front of the housing, a cooling air system having a cooling fan that conveys cooling air through the housing, and an air guide between the cooktop and the cooking compartment, the air guide including an inlet located away from a space below the at least one gas burner of the cooktop and an outlet in fluid communication with the cooling fan, the air guide configured to restrict air from being drawn into the cooling fan from the space below the at least one gas burner of the cooktop.

Abstract: A home cooking appliance includes a rear vent trim at a rear side of the top of the housing that is configured to guide flue gases exiting from an exhaust channel of a cooking compartment in an upward direction out of the housing. The rear vent trim includes a body, a back panel closing a rear side of the body, and a heat shield disposed between the back panel and the flue gases flowing in the rear vent trim. The heat shield is spaced from the back panel and forms an air gap between the back panel and the heat shield.

Abstract: Cooking appliances described herein may include an oven and a cooktop disposed above the oven. The oven may have an oven cavity and an oven door configured to open and close the oven cavity by pivoting about a horizontal axis. A linear actuator may be coupled to the oven door and configured to reposition the oven door in a vertical direction. Using this apparatus, a user may be assisted by the vertically-repositionable oven door when lifting and lowering objects.

Abstract: An ex vivo cell culture sustained release composition, including: a mixture comprising: a sustenant; and a non-biodegradable binder; and a non-biodegradable and water insoluble encapsulant coat that encapsulates the mixture, as defined herein. Also disclosed is a method for sustainably providing a sustenant to a cell culture in aqueous media, including contacting a cell culture with the sustained release composition.

Abstract: A door assembly for a domestic cooking appliance having a cooking compartment for heating a food item includes an outer door skin; an inner door liner; a transparent viewing panel assembly between the outer door skin and the inner door liner, the viewing panel assembly being configured to permit a user to view the cooking compartment when the door assembly is in a closed position; an interior region located between the outer door skin and the viewing panel assembly; a lower air opening in a lower region of the door assembly that fluidly connects the interior region with an environment outside of the door assembly; and a top upper air opening in an uppermost surface of the outer door skin that fluidly connects the interior region with the environment outside of the door assembly.

Abstract: A home cooking appliance includes a rear vent trim at a rear side of the top of the housing that is configured to guide flue gases exiting from an exhaust channel of a cooking compartment in an upward direction out of the housing. The rear vent trim includes a body, a back panel closing a rear side of the body, and a heat shield disposed between the back panel and the flue gases flowing in the rear vent trim. The heat shield is spaced from the back panel and forms an air gap between the back panel and the heat shield.

Abstract: A housing barrier for concealing fasteners of an aluminum extruded framing with spline groove. A housing is configured to connect to an extruded framing with spline groove. The housing has a first wall, a second wall, and a third wall. The first wall is connected to the second wall. The second wall is connected to the third wall. The first wall and the third wall of the housing are oriented in a parallel orientation forming a u-shaped compartment. At least one wall has a spline groove and a protrusion. The spline groove is located on an outer side of the wall and the protrusion is located on an inner side of the wall. The protrusion is located on an opposite side of the wall having the spline groove of the housing. The protrusion is configured to interlock with the spline groove of the extruded framing.

Abstract: A housing barrier for concealing fasteners of an aluminum extruded framing with spline groove. A housing is configured to connect to an extruded framing with spline groove. The housing has a first wall, a second wall, and a third wall. The first wall is connected to the second wall. The second wall is connected to the third wall. The first wall and the third wall of the housing are oriented in a parallel orientation forming a u-shaped compartment. At least one wall has a spline groove and a protrusion. The spline groove is located on an outer side of the wall and the protrusion is located on an inner side of the wall. The protrusion is located on an opposite side of the wall having the spline groove of the housing. The protrusion is configured to interlock with the spline groove of the extruded framing.

Abstract: A domestic gas cooking appliance for heating a food item is provided. The domestic cooking appliance includes a top sheet; a burner body on the top sheet, the burner body having an upwardly extending riser pin; a gas supply line that supplies gas to the burner body; and a burner cap positioned above the burner body and resting on the riser pin such that a pin receiving area contacts the riser pin. One of the riser pin and the pin receiving area comprises a magnet, and the other of the riser pin and the pin receiving area comprises a ferrous material.

Abstract: A door assembly for a domestic cooking appliance having a cooking compartment for heating a food item includes an outer door skin; an inner door liner; a transparent viewing panel assembly between the outer door skin and the inner door liner, the viewing panel assembly being configured to permit a user to view the cooking compartment when the door assembly is in a closed position; an interior region located between the outer door skin and the viewing panel assembly; a lower air opening in a lower region of the door assembly that fluidly connects the interior region with an environment outside of the door assembly; and a top upper air opening in an uppermost surface of the outer door skin that fluidly connects the interior region with the environment outside of the door assembly.

Abstract: A home cooking appliance includes a housing, a cooktop on the housing, the cooktop having at least one gas burner, a cooking compartment in the housing and accessible through a door in a front of the housing, a cooling air system having a cooling fan that conveys cooling air through the housing, and an air guide between the cooktop and the cooking compartment, the air guide including an inlet located away from a space below the at least one gas burner of the cooktop and an outlet in fluid communication with the cooling fan, the air guide configured to restrict air from being drawn into the cooling fan from the space below the at least one gas burner of the cooktop.

Abstract: Cooking appliances described herein may include an oven and a cooktop disposed above the oven. The oven may have an oven cavity and an oven door configured to open and close the oven cavity by pivoting about a horizontal axis. A linear actuator may be coupled to the oven door and configured to reposition the oven door in a vertical direction. Using this apparatus, a user may be assisted by the vertically-repositionable oven door when lifting and lowering objects.

Abstract: Cell culture compositions containing LFM-A13 or a structurally related compound can enhance global hepatic function. For example, LFM-A13 is shown to enhance levels of a broad variety of drug metabolism enzymes, including CYP enzymes, and other hepatic enzymes. LFM-A13 is also shown to promote differentiation of stem cells into hepatocytes. LFM-A13 and structurally related compounds can be used in cell culture to enhance global drug metabolism of liver cells for enhanced in vitro study the effects of drug metabolism on other candidate drug compounds.

Abstract: A domestic cooking appliance for heating a food item is provided. The domestic cooking appliance includes a housing; a cooking chamber located in the housing and having a wall, the cooking chamber being configured to contain the food item while the food item is being heated; a heating element that provides heat to the cooking chamber for heating the food item; a temperature detector located in the cooking chamber and configured to detect a temperature in the cooking chamber; and a temperature detector positive motion stop located in the cooking chamber and surrounding a portion of the temperature detector.

Abstract: A domestic gas cooking appliance for heating a food item is provided. The domestic cooking appliance includes a top sheet; a burner body on the top sheet, the burner body having an upwardly extending riser pin; a gas supply line that supplies gas to the burner body; and a burner cap positioned above the burner body and resting on the riser pin such that a pin receiving area contacts the riser pin. One of the riser pin and the pin receiving area comprises a magnet, and the other of the riser pin and the pin receiving area comprises a ferrous material.