Compact ice making system for slimline ice compartment

a compact, ice-making technology, applied in the field of compact ice-making systems for slimline ice-making compartments, can solve the problems of occupying too much volume, less desirable to customers/users, ergonomically optimum for customers/users, etc., to achieve the effect of reducing internal volume, less volume, and faster ice-making

Active Publication Date: 2020-01-30
BSH HOME APPLIANCES CORP +1
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Benefits of technology

The technical effect described by this patented device is reducing space needed within the ice making chamber while still producing quick-to-fill ice cubes efficiently without requiring extra equipment or energy input from outside sources like electricity.

Problems solved by technology

In this patented technical problem addressed in the text relates how to create space inside a compact storage area that can hold large amounts of water without being too big or taking up excessive floor surface when emptying it later due to its size.

Method used

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  • Compact ice making system for slimline ice compartment
  • Compact ice making system for slimline ice compartment
  • Compact ice making system for slimline ice compartment

Examples

Experimental program
Comparison scheme
Effect test

first embodiment

[0100]As best shown in FIGS. 15B, 18, and 19A, an ice maker guard 715 is fastened to the side of the integral ice maker assembly unit 712 facing the ice bucket 751. The ice maker guard 715 includes a plurality of projections or fingers 715′. Ejector fingers or plates 716 are arranged on a rotatable shaft 716′ and are movable in spaces between the projections 715′. The rotatable shaft 716′ is supported in an ejector finger bearing 716″. The ice maker bracket 717 is disposed above the mold with a plurality of cavities 712′ and includes a water fill cup 717′ for directing water into the cavities 712′. The ice maker bracket 717 is attached via fasteners (for example, screws) to the integral ice maker assembly unit 712. The ice maker bracket 717 also includes a plurality (for example three) of mounting hooks HH1 on a top surface thereof for engaging corresponding mounting members MM1 assembled directly into an inner top wall 603′ which is part of the refrigerator structure (see FIGS. 20A an

second embodiment

[0102]As best shown in FIGS. 14, 15A, 15B, 18, and 20B, the gear box 718 is positioned at a front end portion (facing the front of the refrigerator) of the integral ice maker assembly unit 712 and includes gears and a motor (not shown) for driving the rotatable shaft 716′ and the bail arm or optical sensor system that senses the amount of ice pieces in the ice bucket 751. In the second embodiment, an optical sensor system, comprising the optical sensor OSE (emitter) that is disposed on the ice maker bracket 717 and the optical sensor OSR (receiver) that is disposed on the gear box 718, is provided for sensing the amount of ice pieces in the ice bucket 751. The receiver OSR is built into the gear box 718, while the emitter OSE has its own housing that is latched on the right rear end of the ice maker bracket 717 (see FIGS. 14, 15A, 15B, 18, and 19C). A temperature or tray sensor such as a thermistor TT is disposed on an outer portion of the gear box 718 facing the integral ice maker ass

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Abstract

A refrigerator including a fresh food compartment; a freezer compartment; an ice compartment disposed in the fresh food compartment; an ice maker disposed in the ice compartment, the ice maker including an ice maker tray, a separate fin evaporator, and a cooling tube which is assembled between the ice maker tray and the fin evaporator, such that the cooling tube is in direct contact with the ice maker tray and the fin evaporator; and an ice bucket for storing ice, the ice bucket being disposed in the ice compartment.

Description

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Claims

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Application Information

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Owner BSH HOME APPLIANCES CORP
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