A razor head having trimming unit includes a framework, at least one razor blade, a trimming unit, and a lubricating strip. The framework includes a front part, a rear part and two side parts. The trimming unit is arranged along a lengthwise direction of the framework and configured on the two side parts. The trimming unit and the rear part are configured side by side and define a receiving groove together. A side wall of the rear part for defining the receiving groove has a first contact portion extended into the receiving groove, and a side wall of the trimming unit for defining the receiving groove has a second contact portion extended into the receiving groove. The second contact portion corresponds to the first contact portion so that the first and the second contact portions clamp the lubricating strip in the receiving groove together.

There is disclosed a razor cartridge includes a plurality of razor blades installed in one direction of a cartridge frame, and a trimmer installed in the other direction of the cartridge frame, wherein the trimmer includes a trimming blade seated in a seating groove formed in the cartridge frame, and a trimmer cap coupled to both sides of the cartridge frame so that the trimming blade is fixed.

A system for removing body hair, having a head unit which comprises a bearing surface for bearing on the skin, at least one electrically operated device for depilation or epilation of the body hair being present on the bearing surface, an electrical storage for electrically supplying the device for depilation or epilation, a communication module and a position sensor and/or a speed sensor being integrated in the head unit. The communication module is set up to establish a communication link with a further communication module of a control unit and to transmit the data of the position sensor and/or the speed sensor to the control unit. The control unit is set up to detect the position of the head unit on the basis of the data of the position sensor and/or the speed sensor and to evaluate the points at which depilation or epilation has already taken place.

A razor head includes a head frame, a razor blade, an independent trimming unit and a lubricating strip. The head frame has a front frame wall, a rear frame wall and a side frame wall. The razor blade is arranged between the front frame wall and the rear frame wall, and assembled on the side frame wall. The trimming unit is assembled on the side frame wall, with a receiving groove being defined by the trimming unit and the rear frame wall. The lubricating strip is inserted into the receiving groove, and clamped by the trimming unit and the rear frame wall. By this token, the trimming unit not only has trimming function, but also has holding function for fixing the lubricating strip, accordingly, the manufacturing process is simplified, the manufacturing materials and manufacturing cost are reduced.

A razor assembly comprising a first razor head member; a second razor head member; a handle; and wherein the first razor head member and the second razor head member are pivotable about each other.

A razor that facilitates a user's removal of shaving lubricant, cut hairs, and other shaving-related debris, from around, and between, the razors blade(s). A scoop at the upper portion of the razors blade assembly funnels water to the blade channel in which the blades are affixed, and at least a portion of that water flows around and/or over the blade(s). The scoop captures, and directs through the razor's blades, a greater volume of water per unit time that can fee achieved with an unmodified blade assembly. The cross-sectional area of the scoop's inflow mouth is greater than that of the blade channel's outflow mouth, thereby promoting a Venturi effect which increases the speed of the waters flow over the blades.

A hand-held razor that has a snap on and off device to attach a single or multiple blades of a smaller dimension, e. g., of one inch or less, embodied as part of an integrated replaceable razor blade cartridge, by using retention.

A shaving blade cartridge includes a housing extending along a longitudinal axis having a top side, a bottom side opposite to the top side, and first and second longitudinal sides each extending longitudinally along the longitudinal axis between the top and bottom sides. A primary cutting blade is mounted on the housing between the first and second longitudinal sides, and has a cutting edge. A primary cap is located rearward of the cutting edge. A primary guard is located forward of the cutting edge. A trimming element, mounted on the housing, has a trimming edge. The trimming edge and the cutting edge are opposite one another. The primary cap is provided on a rear element, and the rear element is fitted on the housing. The trimming element is sandwiched between the housing and the primary cap.

A razor that facilitates a user's removal of shaving lubricant, cut hairs, and other shaving-related debris, from around, and between, the razor's blade(s). A scoop at the upper portion of the razor's blade assembly funnels water to the blade channel in which the blades are affixed, and at least a portion of that water flows around and/or over the blade(s). The scoop captures, and directs through the razor's blades, a greater volume of water per unit time than can be achieved with an unmodified blade assembly. The cross-sectional area of the scoop's inflow mouth is greater than that of the blade channel's outflow mouth, thereby promoting a Venturi effect which increases the speed of the water's flow over the blades.