Author: claimsbot

1. A demultiplexing apparatus comprising:
a signal receiving unit that receives signals;
an analog demultiplexing unit that analog-demultiplexes, in predetermined units of channels, received signals received by the signal receiving unit and generates and outputs analog demultiplexed signals; and
a plurality of digital demultiplexing units that digital-demultiplex, in units of sub-channels, the analog demultiplexed signals output from the analog demultiplexing unit and generate digital demultiplexed signals, wherein
the analog demultiplexing unit controls, concerning the analog demultiplexed signals output to the digital demultiplexing units, a total value of bandwidths in which a signal is present so as to be a predetermined value or less.
2. The demultiplexing apparatus according to claim 1, wherein the digital demultiplexing unit selects a signal in which a signal is present among the digital demultiplexed signals.
3. The demultiplexing apparatus according to claim 1, wherein
the signal receiving unit receives signals from a plurality of beam areas, and
the analog demultiplexing unit includes:
a beam selecting unit that selects signals received from one beam area out of the received signals from the beam areas; and
a synthesizer that extracts, in units of channels, a received signal of a specific channel among the received signals selected by the beam selecting unit.
4. The demultiplexing apparatus according to claim 1, wherein
the digital demultiplexing unit includes a decimation filter unit and a channel filter,
the decimation filter unit digital-demultiplexes the analog demultiplexed signals in units of sub-channels, and selects a digital demultiplexed signal in which a signal is present among the demultiplexed digital demultiplexed signals, and
the channel filter performs removal of adjacent wave components and waveform shaping with respect to the selected digital demultiplexed signal.
5. The demultiplexing apparatus according to claim 4, wherein the decimation filter unit is configured by a combination of a polyphase filter unit and an FFT unit.
6. A multiplexing apparatus comprising:
a switch matrix unit that outputs a plurality of digital demultiplexed signals demultiplexed into sub-channels;
a plurality of digital multiplexing units that receive the digital demultiplexed signals, digital-multiplex the digital demultiplexed signals in predetermined units of channels, and generate digital multiplexed signals; and
an analog multiplexing unit that analog-multiplexes the digital multiplexed signals and generates analog multiplexed signals, wherein
the switch matrix unit controls a total value of bandwidths of the digital demultiplexed signals output to the digital multiplexing units so as to be a predetermined value or less.
7. The multiplexing apparatus according to claim 6, wherein the digital multiplexing unit generates a desired channel using the digital multiplexed signals and empty data generated inside.
8. The multiplexing apparatus according to claim 6, wherein
the analog multiplexing unit includes a synthesizer unit, a beam selecting unit, and a plurality of antennas,
the synthesizer unit removes unnecessary frequency components from the received digital multiplexed signals, and
the beam selecting unit selects one antenna among a plurality of antennas to transmit the digital multiplexed signals, from which the unnecessary frequency components is removed, to a desired beam area.
9. A relay apparatus comprising:
a signal receiving unit that receives signals;
an analog demultiplexing unit that analog-demultiplexes, in predetermined units of channels, received signals received by the signal receiving unit and generates and outputs analog demultiplexed signals;
a plurality of digital demultiplexing units that digital-demultiplex the analog demultiplexed signals in units of sub-channels and generate digital demultiplexed signals:
a switch matrix unit that outputs a plurality of the demultiplexed digital demultiplexed signals;
a digital multiplexing unit that receives the digital demultiplexed signals output from the switch matrix unit, digital-multiplexes the digital demultiplexed signals in predetermined units of channels, and generates digital multiplexed signals; and
an analog multiplexing unit that analog-multiplexes the digital multiplexed signals and generates analog multiplexed signals, wherein
the analog demultiplexing unit controls, concerning the analog demultiplexed signals output to the digital demultiplexing units, a total value of bandwidths in which a signal is present so as to be a predetermined value or less.
10. A relay apparatus comprising:
a signal receiving unit that receives signals;
an analog demultiplexing unit that analog-demultiplexes, in predetermined units of channels, received signals received by the signal receiving unit and generates and outputs analog demultiplexed signals;
a plurality of digital demultiplexing units that digital-demultiplex the analog demultiplexed signals in units of sub-channels and generate digital demultiplexed signals;
a switch matrix unit that outputs a plurality of the demultiplexed digital demultiplexed signals;
a digital multiplexing unit that receives the digital demultiplexed signals output from the switch matrix unit, digital-multiplexes the digital demultiplexed signals in predetermined units of channels, and generates digital multiplexed signals; and
an analog multiplexing unit that analog-multiplexes the digital multiplexed signals and generates analog multiplexed signals, wherein
the switch matrix unit controls a total value of bandwidths of the digital demultiplexed signals output to the digital multiplexing units so as to be a predetermined value or less.

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 control system for construction machine, comprising:
a pair of first and second main pumps which are variable-displacement pumps;
first and second circuit systems connected to the first and second main pumps and including a plurality of control valves;
main switching valves provided between the first and second circuit systems and the first and second main pumps;
a hydraulic motor for power generation connected to the first and second main pumps via the main switching valves;
a generator coupled to the hydraulic motor for power generation; and
a battery for storing power generated by the generator;
wherein when at least the main switching valve connected to one circuit system is at a position to cause one main pump connected thereto to communicate with the hydraulic motor for power generation, the main switching valve connected to the other circuit system causes the other main pump to communicate with the other circuit system.
2. The control system according to claim 1, wherein:
one of the main switching valves causes one of the first and second main pumps to communicate with one of the first and second circuit systems connected thereto via a throttle passage in the one main switching valve when at a position to connect the main pump to the hydraulic motor for power generation.
3. The control system according to claim 1, wherein:
one of the main switching valves connected to one of the first and second circuit systems opens a main passage for connecting one of the first and second main pumps to the one circuit system connected thereto and a joint passage for causing oil discharged from an assist pump to join the one main pump via a check valve when at a normal position, and opens the main passage and closes the joint passage when at a switch position.

a. The boundaries of a narrower basketball court with all other dimensions being the same as a conventional court.
b. The decision to make a tennis court narrower has resulted in a bifurcation of the of the game into two different categories of tennis, single and doubles, played throughout the world in millions of formal and informal matches. A basketball court using the same logic could make a narrower court game equally as challenging and popular.
c. The game provides a greater challenge in that the players are running up and down the court giving them a better workout as a form of exercise.
d. The full court format also challenges the players basketball skill and can translate into a learning activity which help improve performance especially ball handling skills.
e. The full court narrower court increases the time spent running during the game improving the players endurance and stamina.
f. The narrower court also makes it more challenging and enjoyable for playing a full court two on two game.
g. The narrower court makes it more challenging and enjoyable for playing a full court three on three game.
h. The narrower court makes it more challenging and enjoyable for playing a full court four on four game.
i. The narrower court can be an incentive for people to exercise since merely jogging or running becomes boring to some people as compared to a game sport.
j. Though there are no physical restrictions on a full court game on a court with a standard with, and millions of games of one on one basketball are played every year rarely do players play full court but opt for a half court format.
j. The novelty of full court one on one on a narrower court is that it plays like a five on five game on a court with conventional boundaries.
k. Narrowing the boundaries is not obvious since millions of courts exists, the games advantages are numerous and adding the additional boundaries on a court is of little costs.
l. The boundaries can be as narrow as the width on the sides of the 3 second lane. Or within a foot of the conventional court width. Or any dimension in between.
m. The game can also be played with a rule to restrict the offensive player from shooting the initial shot on a time down court within the lane or 3 second area. After an initial attempt subsequent shots can be shot from within the lane area.

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 method of accessing the aggressiveness of a breast cancer in a subject comprising
a) detecting the level of protein expression of AE1AE3 (cytokeratin), TAB250 (Her2-ECD), c-erb B2 (Her2) and phosphorylated Her 2 (pHer2) in a formalin fixed, paraffin-embedded tumor tissue sample from the subject, and
b) comparing the level of protein expression to a reference value.
2. The method of claim 1, wherein said method discriminated between a Her2(2+) tumor and a Her2(3+) tumor.
3. A method of accessing the effectiveness of a treatment regimen of a subject having breast cancer comprising
a) detecting the level of protein expression of AE1AE3 (cytokeratin), TAB250 (Her2-ECD), c-erb B2 (Her2) and phosphorylated Her 2 (pHer2 in a formalin fixed, paraffin-embedded tumor tissue sample from the subject, and
b) comparing the level of protein expression to a reference value.
4. A method of monitoring a treatment regimen of a subject with breast cancer comprising
a) detecting the level of protein expression of AE1AE3 (cytokeratin), TAB250 (Her2-ECD), c-erb B2 (Her2) and phosphorylated Her 2 (pHer2) in a tumor sample from the subject at a first period of time;
b) detecting the level of protein expression of AE1AE3 (cytokeratin), TAB250 (Her2-ECD), c-erb B2 (Her2) and phosphorylated Her 2 (pHer2) in a formalin fixed, paraffin-embedded tumor tissue sample from the subject at a second period of time;
c) comparing the amount of protein expression detected in step (a) to the amount detected in step (b), or to a reference value.
5. A method of determining whether a subject with breast cancer would derive a benefit from a treatment regimen
a) detecting the level of protein expression of AE1AE3 (cytokeratin), TAB250 (Her2-ECD), c-erb B2 (Her2) and phosphorylated Her 2 (pHer2) in a formalin fixed, paraffin-embedded tumor tissue sample from the subject, and
b) comparing the level of protein expression to a reference value.
6. The method of claim 3, wherein said treatment is immunotherapy.
7. The method of claim 6, wherein said immunotherapy is trastuzumab, bevacizumab or lapatainib.
8. A method of determining the amount of p95HER2 in a formalin fixed, paraffin-embedded tumor tissue sample from the subject
a) detecting the level of protein expression of TAB250 (Her2-ECD), c-erb B2 (Her2) and phosphorylated Her 2 (pHer2) in the sample;
b) combining the expression levels of Her2 and pHer2 obtained in step (a) to produce a combined value;
c) subtracting the expression level of TAB250 obtained in step (a) from the combined value obtained in step (b).
9. A method for predicting the survivability of a breast cancer-diagnosed subject comprising
a) detecting the level of protein expression of AE1AE3 (cytokeratin), TAB250 (Her2-ECD), c-erb B2 (Her2) and phosphorylated Her 2 (pHer2) in a formalin fixed, paraffin-embedded tumor tissue sample from the subject, and
b) comparing the level of protein expression to a reference value.
10. The method of claim 1, wherein the level of protein expression is detected by immunoflourescence.
11. A method of evaluating the survivability of a breast-cancer diagnosed subject, the method comprising:
evaluating a dataset for a subject with a model predictive of breast cancer survivability, wherein the model is based on one or more features selected from the following group of features: tumor size, multifocalilty, surgical margin involvement, vesselperineural invasion, necrosis, histological type, Bloom-Ricahrdosn grade, lymph node status, intraductal status, fibrocystics status, micro-calcifications, c-erb B2 (Her2) (HER2) staining index of tumor, phosphorylated Her 2 (pHer2) staining index of tumor a morphometric measurement of epithelial nuclei derived from a tissue image, andor a morphometric measurement of stroma derived from a tissue image,
thereby evaluating the survivability of a breast-cancer diagnosed subject.
12. The method of claim 11, further comprising outputting a value indicative of the subjects’s survivability
13. A computer-readable medium comprising computer executable instructions recorded thereon for performing the method comprising: evaluating a dataset for a patient with a model predictive of breast cancer survivability to thereby evaluate the survivability of the patient, wherein the model is based on one or more features selected from the following group of features: wherein the model is based on one or more features selected from the following group of features: tumor size, multifocalilty, surgical margin involvement, vesselperineural invasion, necrosis, histological type, Bloom-Ricahrdosn grade, lymph node status, intraductal status, fibrocystics status, micro-calcifications, c-erb B2 (Her2) (HER2) staining index of tumor, phosphorylated Her 2 (pHer2) staining index of tumor, a morphometric measurement of epithelial nuclei derived from a tissue image, andor a morphometric measurement of stroma derived from a tissue image.