1-104. (canceled)
105. A freezer for freezing an object to be frozen containing water, which comprises;
a magnetic field generating device for providing magnetic field to the object at least in a process for cooling the object,
a low temperature gas supplying device for supplying low temperature gas containing less amount of atmosphere,
a ultra sonic wave andor ultra violet ray irradiating device for the object,
characterized in that
first magnetic field generating device, which moves relatively to said object and second magnetic field generating device, which does not move relatively, are provided.
106. The freezer according to claim 105, wherein a magnetic field received by said object is varied in two dimensions or higher.
107. The freezer according to claim 105, wherein said low temperature gas supplying device provides a dehumidify device for removing humidity
108. The freezer according to claim 105, wherein said magnetic field generating device changes a strength of the magnetic field periodically.
109. The freezer according to claim 105, wherein said low temperature supplying device maintains inner pressure of said freezer over those out side thereof.
110. The freezer according to claim 105, further comprising the freezing room for freezing the object, transporting path run through the freezing room, and transporting device for transporting the object along said transporting path, wherein said first magnetic field generating device is provided in the freezing room and provides magnetic field for the object.
111. The freezer according to claim 110, wherein said second magnetic field generating device is moved together with transport by the transporting device.
112. The freezer according to claim 110, wherein said transporting path shows coil like shape.
113. The freezer according to claim 110, wherein a shape of said freezing room is of tunnel shape.
114. The freezer according to claim 105, wherein a device generates constant magnetic field having constant magnetic field strength.
115. The freezer according to claim 105, wherein a magnetic field generating timing at least from one of the magnetic field generating device is controlled to be different from those from other magnetic field generating device on freezing operation.
116. The freezer according to claim 105, comprising three magnetic field generating devices, wherein a magnetic field generating timing from at least two of the magnetic field generating devices are controlled to be different from those from other magnetic field generating device on freezing operation.
117. The freezer according to claim 105, comprising three magnetic field generating devices, wherein a magnetic field generating timing from at least two of the magnetic field generating devices are controlled to be synchronized to each other, and different from those from other magnetic field generating device on freezing operation, a combination of these two or more magnetic field generating device, which are synchronized in generating timing, are periodically changed.
118. The freezer according to claim 105, wherein at least two magnetic field generating devices are positioned to be faced each other.
119. The freezer according to claim 105, wherein an opposed faces in said magnetic field generating devices are positioned in crossing with right angle.
120. The freezer according to claim 105, comprising the loading part for loading the object, wherein the magnetic field generation from the magnetic field generating is controlled so as to revolve a magnetic line in the vicinity of the object.
121. The freezer according to claim 105, which comprises the loading part for loading the object heat exchanger and circulating device for circulating said low temperature gas.
122. The freezer according to claim 105, which comprises said magnetic field generating devices are provided at the loading part and in the vicinity thereof.
123. The freezer according to claim 105, which comprises a device for generating alternate magnetic field as said c.
124. The freezer according to claim 105, wherein said object is frozen under the state that water cluster in the object is pulverized.
125. The freezer according to claim 105, wherein a temperature in the freezer in operation is \u221220\xb0 C. or lower.
126. The freezer according to claim 105, wherein said magnetic field generating device shows low temperature resistance.
127. The freezer according to claim 105, wherein said object to be frozen is food.
128. The freezer according to claim 105, wherein said low temperature gas supplying device has a function for preventing frost in the freezer.
129. The freezer according to claim 105, wherein said low temperature gas supplying device works for start and stop periodically.
130. The freezer according to claim 105, which comprises humidity detecting device for detecting humid in the freezer, to control an operation for said low temperature supplying device.
131. A method for freezing the object to be frozen using the freezer according to claim 105.
132-155. (canceled)
156. A method for freezing an object to be frozen characterized by supplying low temperature gas containing less moisture than atmosphere into the freezer in a process for freezing the object, irradiating ultra sonic wave andor ultra violet ray to the object, and providing magnetic field from first magnetic field generating device, which generates magnetic field during relatively transporting the object, and second magnetic field generating device.
157. The method for freezing the object according to claim 156, wherein a direction of the magnetic line received by the object is periodically changed in higher than second directions.
158. The method for freezing the object according to claim 156, wherein said low temperature gas is air, which is dehumidify.
159. The method for freezing the object according to claim 156, wherein a strength of the magnetic field is periodically varied in at least freezing process for the object.
160. The method for freezing the object according to claim 156, wherein a pressure in the freezing room is maintained so as to be over those in the out side of the freezing room.
161. The method for freezing the object according to claim 156, wherein the object receives said magnetic field during transporting along with the transporting path, provided in the freezing room.
162. The method for freezing the object according to claim 156, wherein said magnetic field generating device is moved accompany with the transport by the second magnetic field generating device.
163. The method for freezing the object according to claim 156, wherein said transporting path forms spiral shape in the freezing room.
164. The method for freezing the object according to claim 156, wherein a shape of the freezing room is of tunnel like.
165. The method for freezing the object according to claim 156, wherein a timing for generating magnetic field from at least one of the magnetic field generating device is controlled to be different from those generated in other magnetic field generating device.
166. The method for freezing the object according to claim 165, which comprises generating magnetic field from at least one of the three magnetic field generating device, controlling the magnetic field generating timing from at least two magnetic field generating device so as to be different from at least one of the other magnetic field generating device.
167. The method for freezing the object according to claim 165, comprising three magnetic field generating devices, wherein the magnetic field generating timing from at least two of the magnetic field generating devices are synchronized, and those from other magnetic field generating devices is different, and a combination of two or more magnetic field generating devices are periodically changed.
168. The method for freezing the object according to claim 156, comprising the loading part for loading the object, wherein a magnetic field generation from the magnetic field generating devices is controlled so as to be direction of the magnetic line being rotated.
169. The method for freezing the object according to claim 156, wherein the device for generating alternate magnetic field is generated, is used.
170. The method for freezing the object according to claim 156, wherein said object is frozen under the state that water cluster in the object is pulverized.
171. The method for freezing the object according to claim 156, wherein said object is food.
172. A frozen product, characterized by being prepared by using freezer according to claim 105.
173. A frozen product, characterized by being prepared by freeing method according to claim 156.
The claims below are in addition to those above.
All refrences to claim(s) which appear below refer to the numbering after this setence.
1. A traction kite comprising:
an inflatable tubular leading edge, a plurality of inflatable ribs projecting generally rearward from said leading edge, and a canopy attached to said leading edge and said plurality of inflatable ribs;
said tubular leading edge comprising a composite structure having a plurality of elastically deformable tubular segments disposed in spaced relation along the length of said leading edge;
said deformable tubular segments enabling deformation of said leading edge in response to control input forces.
2. A traction kite according to claim 1, wherein said elastically deformable tubular segments comprise reinforced fabric.
3. A traction kite according to claim 1, wherein said elastically deformable tubular segments are torsionally deformable.
4. A traction kite according to claim 1, wherein said elastically deformable tubular segments are angularly deformable.
5. A traction kite having a deformable leading edge, said traction kite comprising:
an inflatable tubular leading edge, a plurality of inflatable ribs projecting generally rearward from said leading edge, and a canopy attached to said leading edge and said plurality of inflatable ribs;
said tubular leading edge comprising a composite structure formed by a generally tubular armature having a plurality of main armature segments fabricated with a first material configuration, and a plurality of resilient armature segments fabricated with a second material configuration, each of said resilient armature segments being disposed between adjacent main armature segments;
said second material configuration having a higher level of elasticity than said first material configuration;
whereby said resilient armature segments function to allow said leading edge to deform in response to control input forces.
6. A traction kite according to claim 5, wherein said second material configuration comprises reinforced fabric.
7. In a traction kite for towing a rider, said traction kite connected to the rider by a bridle system, said traction kite having an inflatable leading edge, a plurality of inflatable ribs projecting generally rearward from said leading edge, and a canopy attached to said leading edge and said plurality of inflatable ribs, wherein the improvement comprises forming the leading edge as a composite structure having a plurality of elastically deformable segments disposed in spaced relation along the length thereof said elastically deformable segments disposed between generally less elastically deformable segments, with said deformable tubular segments enabling deformation of said leading edge in response to control input forces thereby allowing the rider to selectively vary the geometry of the traction kite.
8. A traction kite for towing a rider according to claim 7, wherein said elastically deformable segments deform torsionally.