Abstract: A cubby unit includes a unit housing, a plurality of cubbies disposed within the unit housing, and an interface positioned along the unit housing. Each of the plurality of cubbies includes a cubby housing defining an internal compartment and a door coupled to the cubby housing. The door facilitates accessing the internal compartment of the cubby housing. The interface provides a cubby selection interface that facilitates manual assignment of a respective cubby to a respective order by an employee.

Abstract: Adjustment and closure mechanisms for apparel, wearable devices and other items worn are generally considered functional or utilitarian in nature. As such these tend to be low cost metal and/or plastic mechanisms. However, users may wish to make a fashion statement, a political statement, a brand statement or a lifestyle statement. The inventor has established concepts to provide users and brands with stylistically designed adjustment and closure mechanisms for apparel, wearable devices and other items worn by a user. These adjustment and closure mechanisms are demountably attachable to multiple items of apparel, wearable devices, etc. as well as allowing for adjustment and/or closure mechanisms for apparel, wearable devices and other items worn by a user that accommodates different sizes. Accordingly, users may expend more money purchasing such adjustment and closure mechanisms as they are not restricted to a single item such that the user mentally amortizes them across their goods.

Abstract: A multi-functional lead anti-dissolution composition based on 100 parts by weight consisting of: a succinic acid in an amount of from 30 to 70 percent by weight; and a tartaric acid in an amount of from 70 to 30 percent by weight. The composition does not include any phosphates, thereby not contributing to the phosphate footprint in the water supply. The composition includes organic acids that have anti-inflammatory properties in addition to reducing lead dissolution in drinking water.

Abstract: A multi-functional lead anti-dissolution composition based on 100 parts by weight consisting of: a succinic acid in an amount of from 30 to 70 percent by weight; and a tartaric acid in an amount of from 70 to 30 percent by weight. The composition does not include any phosphates, thereby not contributing to the phosphate footprint in the water supply. The composition includes organic acids that have anti-inflammatory properties in addition to reducing lead dissolution in drinking water.

Abstract: A method for collecting a compound from a surface, the method comprising providing a silicone adhesive collector comprising a silicone adhesive layer on a backing; contacting the silicone adhesives collector and a first solvent to provide a wetted collector; contacting the silicone adhesive layer of the silicone adhesive collector and a surface to be analyzed to provide a loaded collector; and removing the loaded collector from the surface to collect the compound. The disclosure also relates to a system for collecting a chemical compound from surfaces, the system comprising a silicone adhesive collector comprising a backing, and a silicone adhesive layer disposed on the backing; a first solvent; and instructions to dispose the first solvent on the silicone adhesive collector, the surface, or a combination thereof.

Abstract: Some embodiments concern a groove forming machine configured to form a groove on the golf club face of a golf club head. The groove forming machine can include: a groove forming tool configured to rotate about an axis of rotation at a first angle substantially greater than zero degrees and substantially less than 90 degrees to the golf club face. The groove forming tool is further configured to actuate from a first end of the golf club face to a second end of the golf club face by contacting a first portion of the groove forming tool with the golf club face to cut the groove with a first cross-section into the golf club face. Other embodiments are described herein.

Abstract: In one embodiment, a golf club head can include a golf club face comprising two or more grooves. A first cross section of a first region of a first end of a first groove of the two or more grooves is taken perpendicular to an edge of a sidewall of the first region of the first end, and a second cross section of a second region of the first end is taken perpendicular to an edge of a sidewall of the second region of the first end, and the first cross section is substantially proportional to the second cross section, and each of the first and second cross sections are symmetric. A third cross section of the first region of the first end is taken perpendicular to a bottom of the first region of the first end, and a fourth cross section of the second region of the first end is taken perpendicular to a bottom of the second region of the first end, and the third cross section is substantially non-proportional to the fourth cross section, and each of the third and fourth cross sections are symmetric.

Abstract: Some embodiments concern a groove forming machine configured to form a groove on the golf club face of a golf club head. The groove forming machine can include: a groove forming tool configured to rotate about an axis of rotation at a first angle substantially greater than zero degrees and substantially less than 90 degrees to the golf club face. The groove forming tool is further configured to actuate from a first end of the golf club face to a second end of the golf club face by contacting a first portion of the groove forming tool with the golf club face to cut the groove with a first cross-section into the golf club face. Other embodiments are described herein.

Abstract: In one embodiment, a method for manufacturing a golf club head comprises forming a groove at a face of the golf club by rotating a groove forming tool about an axis of rotation at an angle substantially greater than zero degrees and substantially less than ninety degrees to the face of the golf club. Other embodiments are described herein.

Abstract: In one embodiment, a golf club head can include a golf club face comprising two or more grooves. A first cross section of a first region of a first end of a first groove of the two or more grooves is taken perpendicular to an edge of a sidewall of the first region of the first end, and a second cross section of a second region of the first end is taken perpendicular to an edge of a sidewall of the second region of the first end, and the first cross section is substantially proportional to the second cross section, and each of the first and second cross sections are symmetric. A third cross section of the first region of the first end is taken perpendicular to a bottom of the first region of the first end, and a fourth cross section of the second region of the first end is taken perpendicular to a bottom of the second region of the first end, and the third cross section is substantially non-proportional to the fourth cross section, and each of the third and fourth cross sections are symmetric.

Abstract: In one embodiment, a method for manufacturing a golf club head comprises forming a groove at a face of the golf club by rotating a groove forming tool about an axis of rotation at an angle substantially greater than zero degrees and substantially less than ninety degrees to the face of the golf club. Other embodiments are described herein.